Mike Willis Web Site. Path. Profile UPDATED 1. ASTERSRTM updated to fix a bug reading in site data in decimal degrees. Now also reads mast height and frequency options to the sitelist file, sites. The new sitelist file should be compatible with older versions but if you want to add height and frequency to a record you can now do so. This. will mainly only be useful for beacons and it is not too clever, height first and frequency second, not the other way round. Use m or ft. for height and GHz for Frequency. I have also attempted to make it work with the latest SRTM high resoluton data which is now available. USGS. Very much a test and this data not available at all latitudes. If it works I will be surprised, anyway this is. ASTER version of the program which first looks for Aster version 1 data eg ASTGTMN5. News on Japan, Business News, Opinion, Sports, Entertainment and More. USGS Digital data products and radio communications engineering software. Introducing Path, by Wealthfront, a better way to experience financial planning. Path helps you prepare for your financial future, every step of the way. USBLockRP Endpoint security software, protects your network from the unauthorized use of removable storage, portable devices, CDDVD, and WiFiBluetoothIrDA. W0. 02dem. tif. Aster version 2 data eg ASTGTM2N5. W0. 02dem. tif and if still not found it will look for the 1 arcsecond SRTM data eg n. After that it gives up. One day I aspire to have one program to read all formats but its too much time. Ian GM3. SEK pointed out that he would be happy with a program that produced. Path-Editor.jpg' alt='Path Loss Software' title='Path Loss Software' />Common Weakness Enumeration CWE is a list of software weaknesses. Pasternacks Free Space Path Loss Calculator calculates the loss in dB between two antennas where the gain, distance and frequency are known. Table 1 Attenuation of Various Transmission Lines in Amateur and ISM Bands in dB 100 ft dB 100 m Notes. Attenuation data based on figures from the. Official W3C site describing this language for addressing parts of an XML document which is designed to be used by both XSLT and XPointer. W3C Recommendation 16. To address this I have developed the utility below which generates a. SRTM. HGT data, which you will need to download. You will. need the one degree tiles. Be warned it is a lot of data but you have. It is best to start with just. The entire database is 3. Gbytes, but it is entirely. The Shuttle data, SRTM has at least. GTOPO3. 0. The version used here is the 3 arc. Europe. It is available here. HGT files are needed. Here. are some local files for Southern UK. This. site has loads of very useful tiles. In 2. 00. 9 the ASTER Advanced Spaceborne Thermal Emission and Reflection. Radiometer terrain data was released to the public by JAXANASA. This. data has a resolution of 1 arc second approx 3. You must register to get the ASTER data but beware, because. Mb each. I have updated my. Google Earth and contouring this is the ASTER. Here is an example of. KMZ file for Google Earth. When you unzip the utility you will notice several data files these. On a first run, it will. Just select any one. SRTM or ASTER files and it will be OK. If you then save the input. Features I have developed the program to do other things which may be of interest. Specifically predictions of path loss and coverage from a site. Path Loss Prediction. The path loss model used covers 3. MHz to 3. GHz and ranges from 1km to. In practice most of the models should work properly up to at least. GHz. Note that at higher frequencies, the model can only be as good. The Troposcatter model is only valid up to 1. Site Database. I have included a facility to work from a site database, the site data. G4. JNT Geog program. Terrain and Zone maps. There is a terrain map display facility, if you ask for a large area. You can also plot the climatic zone data. There is also. a display for climatic zone, that is Inland, Sea and Coastal as per ITU. This is at lower resolution to make the file size practical. Area Coverage. A prototype area coverage model is also included. Beware that this is. It is memory intensive as it uses caching to speed up data access. The best thing to do is to make a draft plot using a large initial pixel. When it looks like what you wanted, produce a high resolution. Warning about HGT data. I chose. HGT as it is the most commonly available format for SRTM data. Several groups have been working on improving the quality and coverage. SRTM mission. Data. ZIP format. Winzip may not. CRLF substitution. Each file should be exactly 2,8. The best place to put the. HGT data is the same directory as the program. Common Weakness Enumeration. CWESANS Top 2. 5 Most Dangerous Software Errors. The MITRE Corporation. Copyright 2. 01. Document version 1. Date September 1. Project Coordinators Bob Martin MITREMason Brown SANSAlan Paller SANSDennis Kirby SANSDocument Editor Steve Christey MITREThe 2. CWESANS Top 2. 5 Most Dangerous Software Errors is a list of. They are often easy to find, and easy to. They are dangerous because they will frequently allow. The Top 2. 5 list is a tool for education and awareness to help. Software customers can. Researchers in software security can use the Top 2. Finally, software managers and CIOs can use the Top 2. The list is the result of collaboration between the SANS Institute. MITRE, and many top software security experts in the US and Europe. It leverages experiences in the development of the SANS Top 2. MITREs Common Weakness. Enumeration CWE http cwe. MITRE maintains the CWE. US Department of Homeland Securitys. National Cyber Security Division, presenting detailed descriptions of. The CWE site contains data on more than. The 2. 01. 1 Top 2. This years Top 2. It uses. the Common Weakness Scoring System CWSS to score and. The Top 2. 5 list covers a small set of the. Monster Mitigations, which help. Top 2. 5. weaknesses, as well as many of the hundreds of weaknesses that are. CWE. Table of Contents. Table of Contents. Brief Listing of the Top 2. Brief Listing of the Top 2. This is a brief listing of the Top 2. NOTE 1. 6 other weaknesses were considered for inclusion in the Top 2. They are listed in. On the Cusp page. Rank. Score. IDName19. CWE 8. 9Improper Neutralization of Special Elements used in an SQL Command SQL Injection28. CWE 7. 8Improper Neutralization of Special Elements used in an OS Command OS Command Injection37. CWE 1. 20. Buffer Copy without Checking Size of Input Classic Buffer Overflow47. CWE 7. 9Improper Neutralization of Input During Web Page Generation Cross site Scripting57. CWE 3. 06. Missing Authentication for Critical Function67. CWE 8. 62. Missing Authorization77. CWE 7. 98. Use of Hard coded Credentials87. CWE 3. 11. Missing Encryption of Sensitive Data97. CWE 4. 34. Unrestricted Upload of File with Dangerous Type1. CWE 8. 07. Reliance on Untrusted Inputs in a Security Decision1. CWE 2. 50. Execution with Unnecessary Privileges1. CWE 3. 52. Cross Site Request Forgery CSRF1. CWE 2. 2Improper Limitation of a Pathname to a Restricted Directory Path Traversal1. CWE 4. 94. Download of Code Without Integrity Check1. CWE 8. 63. Incorrect Authorization1. CWE 8. 29. Inclusion of Functionality from Untrusted Control Sphere1. CWE 7. 32. Incorrect Permission Assignment for Critical Resource1. CWE 6. 76. Use of Potentially Dangerous Function1. CWE 3. 27. Use of a Broken or Risky Cryptographic Algorithm2. CWE 1. 31. Incorrect Calculation of Buffer Size2. CWE 3. 07. Improper Restriction of Excessive Authentication Attempts2. CWE 6. 01. URL Redirection to Untrusted Site Open Redirect2. CWE 1. 34. Uncontrolled Format String2. CWE 1. 90. Integer Overflow or Wraparound2. CWE 7. 59. Use of a One Way Hash without a Salt. CWE 8. 9 SQL injection delivers the knockout punch of security weaknesses in 2. For data rich software applications, SQL. CWE 7. 8, OS. command injection, is where the application interacts with the. The classic buffer overflow CWE 1. Cross site scripting. CWE 7. 9 is the bane of web applications everywhere. Rounding out the. Missing Authentication CWE 3. Guidance for Using the Top 2. Guidance for Using the Top 2. Here is some guidance for different types of users of the Top 2. User. Activity. Programmers new to security. Read the brief listing, then examine the. Monster Mitigations section to see how a small. Top. Pick a small number of weaknesses to work with first, and see the. Detailed CWE Descriptions for more information on the. Programmers who are experienced in security. Use the general Top 2. Consult the See. the On the Cusp page for other weaknesses that did. Top 2. 5 this includes weaknesses that are only. If you are already familiar with a particular weakness, then consult. Detailed CWE Descriptions and see the Related. CWEs links for variants that you may not have fully considered. Build your own Monster Mitigations section so. Consider building a custom Top n list that fits your needs and. Consult the Common Weakness Risk. Analysis Framework CWRAF page for a general framework for building. N lists, and see Appendix C for a description. Top 2. 5. Develop your own nominee. Software project managers. Treat the Top 2. 5 as an early step in a larger effort towards achieving. Strategic possibilities are covered in efforts. Building Security In Maturity Model BSIMM. Microsoft SDL, and. Monster Mitigations section to determine which. Top 2. 5 are addressed by. Consider building a custom Top n list that fits your needs and. Rambo The Video Game Crack Fix. Consult the Common Weakness Risk. Analysis Framework CWRAF page for a general framework for building. N lists, and see Appendix C for a description. Top 2. 5. Develop your own nominee. Software Testers. Read the brief listing and consider how you would. If you are. in a friendly competition with the developers, you may find some. On the Cusp entries, or even the. For each indvidual CWE entry in the Details section. Review the CAPEC IDs for ideas on the types of attacks. Software customers. Recognize that market pressures often drive vendors to provide. As a customer. have the power to influence vendors to provide more secure products. Use the Top. 2. 5 to help set minimum expectations for due care by software vendors. Consider using the Top 2. The. SANS Application Security. Procurement Language site offers customer centric language that is. Secure Software Contract Annex, which offers a framework for. Other information is available from the DHS. Outsourcing Working Group. Consult the Common Weakness Risk Analysis. Framework CWRAF page for a general framework for building a top N. For the software products that you use, pay close attention to. See if they. reflect any of the associated weaknesses on the Top 2. See the On the Cusp summary for other weaknesses. Top 2. 5 this will include weaknesses that. Start with the brief listing. Some. training materials are also available. Users of the 2. 01. Top 2. 5. See the What Changed section while a lot has. Category Based View of the Top 2. Category Based View of the Top 2. This section sorts the entries into the three high level categories that were used in the 2. Top 2. 5 Insecure Interaction Between Components. Risky Resource Management. Porous Defenses. Insecure Interaction Between Components. These weaknesses are related to insecure ways in which data is sent and received between separate components, modules, programs. For each weakness, its ranking in the general list is provided in square brackets. Rank. CWE IDName. Improper Neutralization of Special Elements used in an SQL Command. SQL Injection. Improper Neutralization of Special Elements used in an OS Command OS. Command Injection. Improper Neutralization of Input During Web Page Generation. Cross site Scripting. Unrestricted Upload of File with Dangerous Type. Cross Site Request Forgery CSRF. URL Redirection to Untrusted Site Open Redirect. Risky Resource Management. The weaknesses in this category are related to ways in which software does not properly manage the creation, usage, transfer, or destruction. Rank. CWE IDName.