ISP Network Potential Threats

ISP Network Potential Threats Threat Identification A danger is an event which could take benefit of the vulnerability and make a terrible effect at the ISP network. potential threats to the ISP network need to be diagnosed, and the associated vulnerabilities need to be addressed to reduce the danger of the threat. Trends Driving Network Security As in any rapid-growing enterprise, modifications are to be predicted. The varieties of capability threats to network protection are usually evolving. If the security of the network is compromised, there may be extreme effects, like lack of privateness, stealing of information, and even legal potential.      Ã‚   Figure () illustrates several threats and their potential consequences. Figure () Introduction to Vulnerabilities, Threats, and Attacks: Although studying network security, the three usual terms used are as follows: Vulnerability-A weak point that is essential in every network and device. This contains routers, switches, desktops, servers, and similar security gadgets themselves. Threats-The people keen, prepared, and eligible to take advantage of each security flaw, and they frequently examine for new exploits and weaknesses. Attacks-The threats use a selection of kits, scripts, and software to release attacks towards networks and network devices. Normally, the network devices beneath attack are the endpoints, such as servers and PC. The sections that comply with talk vulnerabilities, threats, and attacks in more detail. First aspect: lets talk about vulnerabilities in ISP Vulnerabilities within ISP network security can be summed up as the soft spots which can be found in each network. The vulnerabilities are be found in the network and separate devices that build up the network. Networks are classically troubled by unique or all of three main vulnerabilities or weaknesses: Technology weaknesses Configuration weaknesses Security policy weaknesses The sections that follow inspect separately of those weaknesses in further detail. Technological Weaknesses: Computer and network technologies have intrinsic security weaknesses. These include TCP/IP protocol weaknesses, operating system weaknesses, and network equipment weaknesses. Table () describes these three weaknesses. Table ( ) Network Security Weaknesses Weakness Description TCP/IP protocol weaknesses FTP, HTTP, and ICMP are naturally insecure. (SNMP), (SMTP), and SYN floods are linked to the naturally insecure building upon which TCP was created. Network equipment weaknesses Many types of network tools, such as switches, routers, IDS, and firewalls have security flaws that should be known and shielded against. Example of These flaws are as follows Protocols Firewall Holes Password Protection Absence of authentication Routing Configuration Weaknesses Network administrators or network engineers must  ­Ã‚ ­Ã‚ ­Ã‚ ­Ã‚ ­Ã‚ ­Ã‚ ­Ã‚ ­discover what the configuration flaws are and perfectly setup their computing and network devices to balance. Table () includes usual setup weaknesses. Table ( ) Configuration Weaknesses Security Policy Weaknesses Security policy flaws can generate unexpected security risks. The network can pose security threats to the LAN if workers do not follow the security policy. Table () lists selected usual security policy weaknesses and how those flaws are misused. Table () security policy weaknesses Threats There are four main classes of risks to network security, as Figure (-) depicts. The list that follows defines all class of risk in additional detail. Figure () Variety of Threats Unstructured threats these types of threat happen when users with little experience try to be hackers by using some ready hacking software like shell scripts and knowing password. Even these types of threats which only comes hackers can form a significant harm to companies. Structured threats the source of these threats are hackers who have more technical knowledge and with stronger drive. Such hackers are equipped with knowledge about the weaknesses in the system and are willing to misuse codes and programs. They study, make and use advanced hacking methods to enter business systems without their awareness of the hacking. External threats these threats come from persons or groups outside the business without having an official and legal access to businesss system. Internal threats these threats come from people with official access to the system by having an online account or physical access to the system. Attacks: There are four main types of attacks: Reconnaissance Access Denial of service Worms, viruses, and Trojan horses each of the above-mentioned attacks will be explained in the next paragraphs. Reconnaissance It is the unapproved revelation or the systems vulnerabilities, planning, or services (see Fig à ¢Ã¢â€š ¬Ã‚ ¦) There are some elements of similarities between reconnaissance and a robber who watches areas to notice any easy target to enter like empty houses, unlocked doors and windows. Figure () Reconnaissance Access This attack can take place when an unapproved interloper gets an access to the system without an account or a password. Denial of Service (DoS) This attack is the most worrying type of attacks. It means that hackers make the intended users no longer able to access services, systems or networks. Dos attacks make the systems useless by damaging it or making it too slow. Mostly attacks happen by a hack or a script. Worms, viruses, and Trojan horses This type of attack is widespread online through an internet. Attack Examples The next section is dedicated to representing examples of attacks to elaborate and explain it more. Access Attacks Access attacks take advantage of recognized vulnerabilities in authentication services, FTP services, and internet services to benefit access to internet accounts, private databases, and different private info get entry to attacks can include the following: Password attacks Port redirection man-in-the-middle attacks Social engineering Password attacks Password attacks may be applied using multiple techniques, such as brute-force attacks, malicious program applications, IP spoofing, and packet sniffers. (see figure - for an example of a try to attack the use of the administrators profile) brute-force attacks. Figure () Password Attack Example  ¨ Port Redirection This type of attack (please see Fig) happens when there a trust is taken advantage of through cooperated host to penetrate a firewall which originally is hard to penetrate. For example, when a firewall has a host for each of its three interfaces. External host can contact the public services segment host but not the internal host. The public service segment is also known as a demilitarized zone (DMZ). Figure () Protocol Analyser Port redirection may be mitigated typically via using right trust models, that are network (as referred to in advance). Assuming a system underneath attack, a host-based IDS can assist discover a hacker and save you set up of such utilities on a host. Man-in-the-middle attacks a person-in-the-middle attack calls for that the hacker has get admission to to net packets that come upon a net. A sample might be operating for (ISP) and has access to all net packets transferred among the ISP net and some other net. man-in-the-centre attack mitigation is performed by encrypting traffic in an IPsec tunnel, which might permit the hacker to look only ciphertext. Social Engineering simplest hack (social engineering) If an outsider can trick a member of an corporation into giving over valued data, which includes places of documents, and servers, and passwords, the technique of hacking is made immeasurably simpler. 90 percent of workplace workers gave away their password in trade for a cheap pen. Denial-of-Service (DoS) Attacks This is definitely the most common method of attack. DoS are also one of the hardest attacks to remove entirely. Even amongst hackers, DoS hackers are seen unimportant due to the fact that this method is easy to perform. In spite of that, this form of threat requires high security attention because it can cause a possible huge harm using easy steps (also clarified in Figà ¢Ã¢â€š ¬Ã‚ ¦..). Figure (). Denial of Service The next example of a some common type of DoS threats: Ping of death-This attack changes the IP part of the header to deceive others into thinking that there is extra data in the packet than the reality, as a result the system which plays the recipient part will fall apart, as explained in Figure (à ¢Ã¢â€š ¬Ã‚ ¦..). Figure (). Ping of Death Distributed Denial-of-Service Attacks Distributed denial-of-service attacks (DDoS) these attacks take place by filling the network links with false data. This data can crush the internet link, which means that consequently the genuine traffic will be denied. DDoS attacks use similar techniques to those used by DoS attacks but the former is performed on a wider scale. They usually use thousands of attack centers to overpower a target (see an example in figure à ¢Ã¢â€š ¬Ã‚ ¦..) Figure () DDos Attack Malicious Code The main vulnerabilities for end-consumer workstations are next: Trojan horse-A software created to seem like something else that in reality is an attack app Worm-A software that performs random program code and installs duplicates of itself within the RAM of the infected PC, which then infects different hosts Virus-Malicious program is connected to some other software to perform a specific undesirable function on the user computing device Worms The types of a worm attack is : The enabling vulnerability-A computer virus installs itself the usage of an take advantage of the vector on a susceptible system. Propagation mechanism-After having access to PC, a worm repeats and selects new devices. Payload-After the PC or device is hit with a worm, the attacker has to get entry to the host- frequently as a privileged user. Attackers may want to use a local exploit to increase their privilege degree to the admin. Vulnerability Analysis It is vital to analyse and study the present state of network and the administrative practice to know their present amenability with the security needs. This step is needed before working on the addition of new security solutions to an established network. This study will create a chance to find potential enhancements and the possible requirement to reshape part of the system or reconstruct it entirely to meet the requirement. The study/analysis can take place through these steps identifying the policy, analysing the network and analysing the host. The previous sections attempted to present different types of attacks and suggested some solutions. However, the next table summarises different attacks and presents more solutions to these attacks Threats Good practices Assets, assets covered Gaps (assets not covered) Routing threats AS hijacking Internet protocol addressing, Routing protocols, Administrators Administrators Make use of useful resource certification (RPKI) to offer AS authentic validation. The reader needs to be conscious that on the time of writing, its far impossible to discover AS hijacking mechanically. Internet protocol addressing, Routing protocols Administrators Address space hijacking (IP prefixes) Routing, Internet protocol addressing, System configurations, Network topology Make use of resource certification (RPKI) to offer AS authentic authentication. Routing, Internet protocol addressing, System configurations, Network topology set up the best Use policy (AUP), which promotes guidelines to safe peering. Routing, Internet protocol addressing, System configurations, Network topology set up access filtering from the edge router site to the net. Routing, Internet protocol addressing System configurations, Network topology set up Unicast opposite direction path Forwarding to conform the legitimacy of the main sources IP address. Routing, System configurations, Network topology Internet protocol addressing set up egress filtering on the boundary router to proactively clear out all traffic going to the client that has a source address of any of the addresses which have been assigned to that client. Routing, Internet protocol addressing System configurations, Network topology filter out the routing announcements and apply methods that decrease the danger of placing an extreme load on routing created via illegitimate path updates/announcements. for example, Route Flap Damping (RFD) with a properly-described threshold might also make a contribution to lowering router processing time Routing, Network topology Internet protocol addressing, System configurations filter out the routing announcements and apply methods that decrease the danger of placing an extreme load on routing created via illegitimate path updates/announcements. for example, Route Flap Damping (RFD) with a properly-described threshold might also contribute to lowering router processing time Routing, Internet protocol addressing, System configurations Network topology Setup updates for the routing organization infrastructure may simply be accomplished via a described authority the usage of solid authentication. Routing, System configurations, Network topology Internet protocol addressing Manage the status of BGP to discover uncommon activities like path modifications or uncommon announcement. Routing, Internet protocol addressing, System configurations, Network topology Route leaks Routing, Network topology Configure BGP Max-prefix to make sure the legitimacy of routes broadcast. If extra prefixes are received, its miles a signal of a wrong behaviour and the BGP session stopped. Routing, Network topology Utilize useful resource certification (RPKI) to offer AS source authentication. Routing, Network topology BGP session hijacking Routing, Internet protocol addressing, System configurations, Network topology set up prefix filtering and computerisation of prefix filters. Routing, Internet protocol addressing, System configurations, Network topology Use AS route filtering. Routing, Internet protocol addressing, System configurations, Network topology Employ (TCP-Authentication option) to safe secure BGP Validation so that you can update TCP- MD5.TCP-Authentication option to make it simple to a trade of keys. Routing, Internet protocol addressing, System configurations, Network topology DNS registrar hijacking Domain name system, Addressing units, Applications, Credentials, Administrators Registrants need to defend account credentials and outline authorized customers, at the same time as registrars need to offer a secure and safe authentication technique. Addressing units, Credentials, Administrators Domain name system, Applications Registrants need to defend account credentials and outline authorized customers, at the same time as registrars need to offer a secure and safe authentication technique. Addressing units, Applications Domain name system, Credentials, Administrators Registrants need to keep documentation to show registration. Addressing units, Applications Domain name system, Credentials, Administrators Registrants should usage isolated identities for the registrant, admin, technical, invoicing contacts. therefore, registrars should permit an extra complicated user rights control. Credentials, Administrators Domain name system, Addressing units, Applications Registrars have to set up an effective sector information control. Domain name system, Addressing units, Applications Credentials, Administrators Registrars must keep in mind assisting DNSSEC. Domain name system, Addressing units, Applications Credentials, Administrators Registrars can also manage DNS exchange events. Addressing units, Applications, Administrators Domain name system, Credentials DNS spoofing Domain name system, Addressing units, Applications, System configurations, Essential addressing protocols DNS, Administrators Administrators Deploying DNSSEC ambitions to extra secure DNS customers (resolvers) source authentication of DNS information, authentic denial of existence, and info or data integrity. Domain name system, addressing units, Applications, System Configurations, Essential addressing protocols DNS Administrators DNS poisoning Domain name system, Addressing units, Applications, System configurations, Executable programs, Essential addressing protocols DNS, Administrators, Operators Administrators, Operators Deploying DNSSEC ambitions to extra secure DNS customers (resolvers) source authentication of DNS information, authentic denial of existence, and info or data integrity. Domain name system, Addressing units, Applications, System configurations, Executable programs, Essential addressing protocols DNS Administrators, Operators Restrict zone transmissions to decrease load on network system Applications, Executable programs Domain name system, Addressing units, System configurations, Essential addressing protocols DNS, Administrators, Operators Limited active updates to only official sources to keep away abuse. Such abuse include the misuse of a DNS server as an amplifier, DNS cache poisoning Addressing units, applications, System configurations, Executable programs Domain name system, Essential addressing protocols DNS, Administrators, Operators configure the trusty name server as non-recursive. Discrete recursive name servers from the trusty name server. Domain name system, Addressing units, Applications, Executable programs System configurations, Essential addressing protocols DNS, Administrators, Operators Permit DNS transference over TCP to provision non-standard demands. Furthermore, TCP could be essential for DNSSEC. Addressing units, Applications, System configurations, Executable programs Domain name system, Essential addressing protocols DNS, Administrators, Operators Domain name collision Domain name system, Applications Dont use any domain names which you dont own for your inner infrastructure. For instance, do not take into account non-public domain name area as top-level domains. Domain name system, Applications Stopping DNS demand for inside namespaces to leakage into the net via making use of firewall policies. Applications Domain name system Usage booked TLDs such as. invalid, test, localhost, or. example. Domain name system, Applications Denial of Service Amplification / reflection Applications, security, Generic Internet provider, Hardware, Executable programs, System configuration, Application protocols, Administrators, Operators System configuration, Essential addressing protocols, Administrators, Operators Undertake source IP address deal with authentication at the edge of net organisation to avoid network address spoofing via egress ingress filtering. Applications, Security, Generic Internet provider, Hardware, Executable programs, Application protocols System configuration, Administrators, Operators Workers of official name server operative must apply (Response Rate Limiting). Applications, Security, Generic Internet provider, Hardware, Executable programs System configuration, Application protocols, Administrators, Operators ISPs and DNS name server operatives must to deactivate exposed recursion on name servers and may just allow DNS requests from reliable sources. Applications, Security, Generic Internet provider, Hardware, Executable programs System configuration, Application protocols, Administrators, Operators Flooding Applications, Security, Generic Internet providers, Hardware, Executable programs, System configuration, Essential addressing protocols, Administrators, Operators System configuration, Essential addressing protocols, Administrators, Operators Industrialists and configurators of net tools must take footsteps to protected and secure all equipment . One option is to have them update by patching mistakes. Applications, Security, Generic Internet providers, Hardware, Executable programs System configuration, Essential addressing protocols, Administrators, Operators Protocol exploitation Applications, Security, Generic Internet providers, Hardware, Executable programs, System configuration, Essential addressing protocols, Administrators, Operators Malformed packet attack Applications, Security, Generic Internet providers, Hardware, Executable programs, System configuration, Essential addressing protocols, Administrators, Operators Application Applications, Security, Generic Internet provider, Hardware, Executable programs, System configuration, Application protocols, Administrators, Operators

Size Exclusion Chromatography

Size Exclusion Chromatography Size Exclusion Chromatography (SEC) is the separation technique based on the molecular size of the components. Size exclusion chromatography is a kind of method to separate different size of molecules that put in solution. It was first discovered by two scientists who named Grant Henry Lathe and Colin R Ruthven. Both of them received the John Scott Award for this fabulous invention. There are various applications for Size exclusion chromatography such as biochemical aspect and polymer synthesis.For application in biochemical aspect, this technique can find out the quaternary structure of purified proteins which possess slow exchange times, since it can be carried out under native solution conditions and preserve macromolecular interactions. The reason why we use this technique for purification is Size exclusion chromatography is a low resolution chromatography method as it does not identify similar species very well. It can also test the tertiary structu re of protein as it measures the hydrodynamic volume, allowing folded and unfolded versions of the same protein to be distinguished.Besides using in biochemical research, it is able to find the distribution of the sizes of polymer molecules like if a solvent is chose and run, we can create a calibration curve to determine the sizes of polymer molecules in it. It is better to introduce the mobile phase and stationary phase first. Stationary phase is the solid absorbent or the pore(SEC) with solid support that allow sample across through it while the mobile phase is the sample percolate through or along to the stationary phase.In SEC, separation is achieved by the differential exclusion from the pores of the packing material, of the sample molecules(mobile phase) as they pass through a bed of porous particles(stationary phase). For the principle of the SEC, molecules of different sizes can be separated by this technique because of differential time spent inside a solid phase particle which excludes entrance of relatively larger molecules, allows some entrance of medium-sized molecules, and allows free accessibility of the smallest molecules.The particles contain pores with tunnels(stationary phase) in which the size can be controlled depending on the size of molecules(mobile phase) to be separated. Smaller molecules experience a more complex pathway to exit the particle than do larger molecules. Because molecules that have a large size compared to the pore size of the stationary phase have very little entrance into the pores, these larger sized molecules elute first from the column. Medium sized molecules are relatively large compared to the pore size of the solid phase and therefore may find some pores in which they enter and spend some time.Smaller-sized molecules have more pores that are accessible to them and therefore spend more time inside the pores relative to larger-sized molecules. Therefore, smaller molecules elute last and larger molecules elute first in SEC. â€Å"Elute† is mean that the carrier of the mobile phase or the mobile phase from chromatographic bed emerge. For the pore size, which is the important part of stationary phase in SEC, solid phase materials used in SEC are usually classified based on their ability to separate different sizes of proteins.Since size is a difficult item to accurately measure for a large molecule, the solid phase materials are identified with a molecular weight range instead and the weight is equated with size. All compounds with a molecular weight less than or equal to the lower number in the range will see the entire internal volume of the beads resulting in no selection and therefore no separation. All compounds with a molecular weight greater than or equal to the higher number in the range are completely excluded from the inside of a bead and therefore no separation is achieved.Molecules with weights or sizes between these two extremes of the range can be separated. This is the nume rical pore size range reported for each solid phase material used in SEC. The pore size used for a separation is dependent on the size range of the particular set of molecules to be separated. Smaller pore sizes are used for rapid desalting of proteins or for protein purification. Intermediate pore sizes are used to separate relatively small proteins. Very large pore sizes are used for purification of biological complexes.For the factor that affect the SEC, first, the particles in solution do not have a fixed size, resulting in the probability that a particle that would otherwise be hampered by a pore passing right by it. Second, the stationary-phase particles are not ideally defined, both particles and pores may vary in size. . The stationary phase may also interact in undesirable ways with a particle and influence retention times, though great care is taken by column manufacturers to use stationary phases that are inert and minimize this issue.Third, increasing the column length w ill enhance the resolution, and increasing the column diameter increases the capacity of the column. Proper column packing is important to maximize resolution: An over-packed column can collapse the pores in the beads, resulting in a loss of resolution. An under-packed column can reduce the relative surface area of the stationary phase accessible to smaller species, resulting in those species spending less time trapped in pores.Unlike affinity chromatography techniques, a solvent head at the top of the column can drastically diminish resolution as the sample diffuses prior to loading, broadening the downstream elution. The advantages of this method include good separation of large molecules from the small molecules with a minimal volume of eluate, and that various solutions can be applied without interfering with the filtration process, all while preserving the biological activity of the particles to be separated.Second, the technique is generally combined with others that further s eparate molecules by other characteristics, such as acidity, basicity, charge, and affinity for certain compounds. Third, with size exclusion chromatography, there are short and well-defined separation times and narrow bands, which lead to good sensitivity. The SEC is separated rapidly. Then, there is also no sample loss because solutes do not interact with the stationary phase. The stationary phase doesn't have any absorbent that nteract with the sample and carry out the reaction with the sample. For the disadvantage of the this method , first is the molecular mass that we need to know. The SEC separation is base on the molecular size/ weight, like the gel electrophoresis. It is required to know that there are the range for different of the molecular size. If the difference of the molecular size in the mobile phase, it is not recommended to use this separation. So, before using the SEC, the molecular size of each sample in mobile phase are required to identify.In addition, the acco mmodated of SEC is limited. The mobile phase can not be too big. The time scale of the chromatogram is short, and, in general, there has to be a 10% difference in molecular mass to have a good resolution Also, the pore size need to be determined, too small size or too big size will lead to the failure of the separation SEC. In the world, the chromatography is the separation of the sample base on the polar, size, acidity, basicity, charge, and affinity for certain compounds†¦Size Exclusion Chromatography is the one of the chromatography that base on the size of the sample, which is similar to the principle of gel electrophoresis. One different point is the stationary phase, which is the column with the pores of the particles. Reference: (http://www. separations. us. tosohbioscience. com/ServiceSupport/TechSupport/ResourceCenter/PrinciplesofChromatography/SizeExclusion/) (http://www. asdlib. org/separations_pdfs/Size_Exclusion_Chromatography_Separations_Module-finalversion. pdf) (http://en. wikipedia. org/wiki/Size-exclusion_chromatography),goldbook

Export Assistance and Incentives

Export incentives Devices used by countries to encourage exports. These can include tax incentives for exporters, allowing them exemptions from the normal provisions of anti-monopoly legislation, preferential access to capital markets, priority Developing countries have started manufacturing industries only recently. As a result, their cost of production generally tends to be high because of the following reasons: ? Total market availability within the country is small with the result that the economies of large-scale production cannot be reaped. Productivity of labor is low because the level of mechanization as compared to that in the developed countries is low. ?Manufacturing units in developing countries, being small and new, have considerably less expertise in the field of international marketing and because the volume of exports is low, the per unit cost of trade promotion expenditure tends to be high. India has to raise higher resources for development which has to be done thro ugh a number of indirect levies which tend to push up the overall cost of production.Most developing countries have, therefore, resorted to a number of export promotion measures. India has also been providing export assistance to Indian exporters. However, the WTO Agreement on Subsidies and countervailing duties does not allow specific types of export subsidies. The Government of India is, therefore, removing those export incentives which are not WTO compatible. NEW SYSTEM OF EXPORT ASSISTANCE: From 1992, export incentive system in India has been made simple. There are essentially three major incentives.These are: (1) Market-based Exchange Rate; (2) Fiscal Concessions, and (3) Facilities under the Export-Import Policy. These are discussed in detail below: MARKET BASED EXCHANGE RATE: For long, external value of the rupee was managed by the Reserve bank of India (RBI) by pegging the value of the rupee to a basket of currencies. RBI used to keep the value of the rupee at a level which was higher than the real value. In the post-Economic Reforms period, the Government of India decided to abolish all direct incentives to exports and promote exports through the exchange rate mechanism.Accordingly, the Liberalized Exchange Rate Management System (LERMS) was introduced. Under this system, there were two exchange rates: one official rate which was determined by the RBI as was the practice earlier; and second, a rate which was quoted by the banks based on the demand-supply position. Exporters had to surrender 40 per cent of their foreign exchange earnings to banks and could sell the residual 60 percent at the market rate which was normally expected to be more attractive than the official rate.Through this mechanism the Government hoped to achieve two objectives: First the difference between the market rate and the official rate would provide enough incentives to the exporters. Second, this would introduce a self-balancing mechanism for the balance of trade, because only that much imports could be made which could be financed through the market i. e. the resources available through the 60 percent account. One year’s experience revealed that rupee remained stable in the international market. This gave to the Government for full convertibility on the trade account.Accordingly, rupee was made fully convertible for export-import transactions in March 1993. This would provide more financial benefit to the exporters as under the LERMS, they had to surrender 40 per cent of their receivables at a discount which averaged about 15 per cent when LERMS was in operation. Since March 1993, the exchange rate of the rupees is fully determined by the demand supply conditions in the market. Under such a system, exporters will get benefit when rupee depreciates while importers will lose. When rupee appreciates, the balance of benefits will be just the reverse. TAX CONCESSIONS: a)In the computation of total income, Section 80-HHC allows a deduction of the whole of the profit derived from the export of goods or merchandise. The requirement of minimum tax contained in Section 115-J does not apply to exporting corporate assesses. This benefit is also available to supporting manufacturers exporting through Export/ Trading Houses provided that the amount of deduction claimed is retained as a reserve for the purpose of the business of the assesse. However, the budget for the year 2000-2001 has reduced this exemption by 20 per cent every year to be phased out in five years. b)Exemption from taxation of the profits from overseas projects to the extent of 50 per cent. (c)Exemption from taxation of 50 per cent of royalty, commission, fees or any similar payment obtained from the exports of technical know-how and technical services. (d)A 10-year tax holiday for 100 per cent export-oriented units and for units located in Free Trade/Export Processing Zones. (e)Discounted rates of customs duty on imports of selected items of machinery for export produc tion. ? EXPORT ASSISTANCE AND INCENTIVES AVAILABLE TO THE EXPORTSExport assistance and a variety of facilities and export incentives available to the Exporters are given in mindset and more aggressive approach is needed to develop technology. Export capabilities and to enhance such exports. These may include better Management of trade policies at international level, simplified procedures, better Incentives for high value-technology incentives exports etc. Export incentives can play an integral role in developing export capability and can encourage exports by providing financial assistance to exporting companies to enable them to compete effectively in international markets.For South African industries facing exchange rate fluctuations and constant threats of competitors in other developing markets, tools to enhance global access to key markets are imperative. In addition to benefits available under the African Growth and Opportunities Act (AGOA) (legislation passed in the United St ates of America), bilateral trade agreements such as the one between South Africa and the European Union, the General System of Preferences (GSPs), the Department of Trade and Industry (DTI) and the International Trade Administration Commission (ITAC) provide assistance ranging from marketing support to export credits. The primary export incentives currently in operation in South Africa include: ? Export marketing and investment assistance scheme (EMIA) ? Tariff Restructuring Program, ?Sector Assistance Scheme (SSAS), ?Rebate Provisions ?Export Credit and Foreign Investment Reinsurance Scheme (ECRS), ? Duty Credit Certificate Scheme (DCCS), ?Motor Industry Development Program (MIDP), ?Sector Partnership Fund, ?Export Credit Incentives and Export Finance. EXPORT MARKETING AND INVESTMENT ASSISTANCE SCHEME (EMIA)The purpose of the EMIA scheme is to partially compensate exporters for certain costs incurred in respect of activities aimed at developing export markets for South African pro ducts and to recruit new foreign direct investment into South Africa. Additional benefits are awarded to small, medium and micro-sized enterprises (SMMEs) and businesses owned by the previously disadvantaged. The financial assistance is in the form of reimbursement and is not a pre-paid benefit.TARIFF RESTRUCTURING PROGRAM: By virtue of South Africa’s World Trade Organization (WTO) membership, import tariff levels are also being reduced and the import tariff listings are being simplified by reducing the number of tariff headings. Export incentives relate only to the export of goods destined for recognized export markets, which in general means to countries outside the Southern African Customs Union (SACU). SECTOR ASSISTANCE SCHEME (SSAS)Financial assistance is available to industry sectors with the objectives of developing new export markets; broadening the export base; stimulating the participation of SMMEs in the export sector, promoting black economic empowerment (BEE) and women empowerment within the overall objective of job creation. REBATE PROVISIONS: Is aimed at the promotion of manufacturing and exportation of goods, and are available to certain manufacturing industries in respect of duties applicable to imported goods, raw materials and components used in manufacturing, processing and for export.EXPORT CREDIT AND FOREIGN INVESTMENT REINSURANCE SCHEME (ECRS) Provides exporters with insurance cover against political and transfer risks, as well as commercial and insolvency risks. A special dispensation exists for SMMEs. DUTY CREDIT CERTIFICATE SCHEME (DCCS) This scheme is designed as a temporary â€Å"kick-start† measure to enhance the export competitiveness of certain prescribed textile and clothing products by offering duty credit certificates to qualifying exporters. These duty credit certificates could be used to off-set customs duties payable on import of similar products.MOTOR INDUSTRY DEVELOPMENT PROGRAM (MIDP) Is available to motor vehicle assemblers and component manufacturers and exporters. The programme enables local vehicle and component manufacturers to increase production runs and encourages rationalization of the number of models manufactured by way of exports and complementing import of vehicles and components. EXPORT CREDIT INCENTIVE Financing at reduced rates by the Investment Development Corporation (IDC). An export credit incentive is available to selected expansion schemes expected to result in increased foreign exchange earnings.Financing of credit for exporters of capital goods is also available through the IDC or private-sector merchant banks at reduced rates. ? Credit facilities under the export finance scheme for capital projects: Credit facilities are available to exporters of capital projects under the Export Finance Scheme for Capital Projects to allow them to compete internationally by offering buyers competitive rates denominated in US Dollars. FACILITIES AND INCENTIVES TO INDIAN EXPORTE RS Promotion of export has been a major thrust area of the Ministry of Commerce And Industry for the last three decades.Apart from this. Many other Central/State Ministries have also been involved in the promotion of India’s exports. Many Exports Promotion Councils, Public Sector Undertakings, Chambers of Commerce, Industries’ Associations and Services Organizations are also contributing towards the promotion of Indian exports. The facilities and incentives presently available to the Indian exporters include the Following. MARKETING DEVELOPMENT ASSISTANCE (MDA) The Ministry of Commerce and Industry has a scheme of MDA, which was launched in 1963 with a view to stimulate and diversify the export trade, along with he development of marketing of Indian products and commodities abroad. The MDA is utilized for: Market research, commodity research, area survey and research; Participation in trade fairs and exhibitions; Export publicity and dissemination of information; Trade delegation and study teams; Establishment of offices and branches in abroad; Grant-in-aid to Export Promotion Councils and other approved organizations for the development of exports and the promotion of foreign trade; and any other scheme which is generally aimed at promoting the development of markets for Indian products and commodities abroad.MARKET ACCESS INITIATIVE (MAI) The Ministry of Commerce and Industry has introduced the MAI in April 2001 with the idea that the Government shall assist the industry in R&D, market research, specific market and product studies, warehousing and retail marketing infrastructure in select countries and direct market promotion activities through media advertising and buyer-seller meets. Financial assistance shall be available under the scheme to EPCs, industry and trade associations and other eligible activities, as may be notified from time to time. A small allocation of Rs 42 corer has been made for 2002-03. ?CENTRAL ASSISTANCE TO STATES The S tate Governments shall be encouraged to fully participate in encouraging exports from their respective States. For this purpose, a new scheme â€Å"Assistance to States for Infrastructural Development for Exports† (ASIDE) has been initiated which would provide funds to the States based on the twin criteria or gross exports and the rate of growth of exports from different States. Eighty per cent of the total funds would be allotted to the States based on the above criteria and remaining 20 per cent will brutalized by the Centre for various infrastructure activities that cut across State boundaries, etc.A sum of Rs 49. 5 crore has already been sanctioned for 2001-02 and furthers a sum of Rs 330 crore has also been approved for 2002-03. The State shall utilize this amount for developing complementary and critical infrastructure. TOWNS OF EXPORT EXCELLENCE A number of towns in specific geographical locations have emerged as dynamic industrial locations and handsomely contributing to India’s exports. These industrial cluster-towns have been recognized with a view to maximizing their export profiles and help in upgrading them to move up the higher value markets.A beginning is being made to consider industrial cluster towns such as Tripura for Hosiery, Panipat for Woolen Blankets and Ludhiana for Woolen knitwear. Common service providers in these areas shall be entitled for EPCG Scheme, funds under the MAI scheme for creating focused technological services, priority assistance for identified critical infrastructural gaps from the Scheme on Central Assistance to States. Units in these notified areas would be eligible for availing all the Exim Policy Scheme. The Government of India has framed several schemes to promote exports and to obtain foreign exchange.These schemes grants incentive and other benefits. The few important export incentives, from the point of view of indirect taxes are briefed below: ? FREE TRADE ZONES (FTZ) Several FTZs have been estab lished at various places in India like Kandla, Noida, Cochin, etc. No excise duties are payable on goods manufactured in these zones provided they are made for export purpose. Goods being brought in these zones from different parts of the country are brought without the payment of any excise duty. Moreover, no customs duties are payable on imported raw material and components used in the manufacture of such goods being exported.If entire production is not sold outside the country, the unit has the provision of selling 25% of their production in India. On such sale, the excise duty is payable at 50% of basic plus additional customs or normal excise duty payable if the goods were produced elsewhere in India, whichever is higher. ELECTRONIC HARDWARE TECHNOLOGY PARK / SOFTWARE TECHNOLOGY PARKS This scheme is just like FTZ scheme, but it is restricted to units in the electronics and computer hardware and software sector. ADVANCE LICENCE / DUTY EXEMPTION ENTITLEMENT SCHEME (DEEC)In this s cheme advance licence, either quantity based (Qbal) or value based (Vabal), is given to an exporter against which the raw materials and other components may be imported without payment of customs duty provided the manufactured goods are exported. These licence are transferable in the open market at a price. EXPORT PROMOTION CAPITAL GOODS SCHEME (EPCG) According to this scheme, a domestic manufacturer can import machinery and plant without paying customs duty or settling at a concessional rate of customs duty.But his undertakings should be as mentioned below: Customs Duty RateExport ObligationTimetime 10%4 times exports (on FOB basis) of CIF value of machinery5 years Nil in case CIF value is Rs200mn or more. 6 times exports (on FOB basis) of CIF value of machinery or 5 times exports on (NFE) basis of CIF value of machinery. 8 years Nil in case CIF value is Rs50mn or more for agriculture, aquaculture, animal husbandry, floriculture, horticulture, poultry and sericulture. 6 times expor ts (on FOB basis) of CIF value of machinery or 5 times exports on (NFE) basis of CIF value of machinery. years . Note:- NFE stands for net foreign earnings. CIF stands for cost plus insurance plus freight cost of the machinery. FOB stands for Free on Board i. e. export value excluding cost of freight and insurance. DEEMED EXPORTS The Indian suppliers are entitled for the following benefits in respect of deemed exports: ? Refund of excise duty paid on final products ?Duty drawback ?Imports under DEEC scheme ?Special import licenses based on value of deemed exports The following categories are treated as deemed exports for seller if the goods are manufactured in India: 1.Supply of goods against duty free licences under DEEC scheme 2. Supply of goods to a 100 % EOU or a unit in a free trade zone or a unit in a software technology park or a unit in a hardware technology park 3. Supply of goods to holders of licence under the EPCG scheme 4. Supply of goods to projects financed by multila teral or bilateral agencies or funds notified by the Finance Ministry under international competitive bidding or under limited tender systems in accordance with the procedures of those agencies or funds where legal agreements provide for ender evaluation without including customs duty 5. Supply of capital goods and spares upto 10% of the FOR value to fertilizer plants under international competitive bidding 6. Supply of goods to any project or purpose in respect of which the Ministry of Finance permits by notification the import of goods at zero customs duty along with benefits of deemed exports to domestic supplies 7. Supply of goods to power, oil and gas sectors in respect of which the Ministry of Finance permits by notification benefits of deemed exports to domestic supplies MANUFACTURE UNDER BONDThis scheme furnishes a bond with the manufacturer of adequate amount to undertake the export of his production. Against this the manufacturer is allowed to import goods without paying a ny customs duty, even if he obtain it from the domestic market without excise duty. The production is made under the supervision of customs or excise authority. DUTY DRAWBACK IT means the rebate of duty chargeable on imported material or excisable material used in the manufacturing of goods in and is exported.The exporter may claim drawback or refund of excise and customs duties being paid by his suppliers. The final exporter can claim the drawback on material used for the manufacture of export products. In case of re-import of goods the drawback can be claimed. The following are Drawbacks: ?Customs paid on imported inputs plus excise duty paid on indigenous imports. ?Duty paid on packing material. Drawback is not allowed on inputs obtained without payment of customs or excise duty.In part payment of customs and excise duty, rebate or refund can be claimed only on the paid part. In case of re-export of goods, it should be done within 2 years from the date of payment of duty when the y were imported. 98% of the duty is allowable as drawback, only after inspection. If the goods imported are used before its re-export, the drawback will be allowed as at reduced per cent. ? NAME Yash patel COLLEGE NAME Kamala Mehta College of commerce ROLL NO. 156 PROJECT NAME Export assistance and incentives CLASS T. Y. BCOM (B) ?

Essay on Book Report on Reviving Ophelia by Dr. Pipher

Reviving Ophelia Dr. Pipher remembers her cousin Polly as a young girl. She describes her as energy in motion. A tomboy, Polly dances, plays sports with the neighborhood boys, and rides horses. Once Polly enters adolescence, however, other children begin teasing her about her tomboyish ways and insist that she be more ladylike. The boys exclude her from their activities, and the girls isolate her because she is different. Polly becomes confused and withdrawn. Later, Polly begins wearing stylish clothes and trying harder to fit in. She again becomes accepted and popular. Dr. Pipher feels that she is the only one saddened by Pollys transformation from force of nature to submissive follower. Dr. Pipher discusses Freuds†¦show more content†¦They experience intense anxiety as they try to find their place in the world. Second, American culture subjects these girls to sexism, capitalism, and lookism, the evaluation of a person solely based on physical appearance. Third, American culture demands that adolescent girls distance themselves from their parents at the exact time that they need them most. The close parent-child bonds fall away, and girls turn to their peers for reassurance. Parents also suffer from the loss of this important relationship. Dr. Pipher observes that her young female patients are angry and easily offended by the adults in their lives. They suffer significant mood swings and behave unpredictably. Dr. Pipher also notes that these issues are not confined to her patients. Many of the young women that she meets at speaking engagements are struggling with the same obstacles. Dr. Pipher says the fact that psychologists do not have any conclusive theories regarding treatment of girls this age. The girls are difficult to study due to their secretive natures. They do not enjoy discussing their problems with adults. Adolescent girls may refuse to discuss their problems with their parents, but they still blame their parents for the hardships that they experience. They still expect their parents to protect them from the dangers of society. Parents may blame themselves for their daughters behavior. They may also feel isolated, and believe thatShow MoreRelated The Affect of Media Beauty Standards on Womens Self Esteem Essay2155 Words   |  9 Pagesexists, what is not so obvious are the detrimental effects. One question looms large. Is self-esteem affected by media? Many think it is. Morant (2000) reports on the BMAs findings that media should take more responsibility. A report was done about body image and the media and calls for a more realistic range of body types (2000). Council Chairman Dr. Ian Bogle claimed that there is a cult of bodily perfection that is perpetuated by media (2000). Recommendations include a policy regarding the use