Validating operational risk models
EVMTech provides validation of operational risk frameworks with respect to their regulatory compliance and internal use test.
Twelve 2-day In-person Interactive GMP and Validation seminars available in America, Europe and Asia delivered by Dr. Risk Based Validation of Computer Systems and Part 11 Compliance With Strategies for FDA/EU Compliance and Tool Kits for effective implementation March 4, 2015 Risk-based compliance is expected by regulatory agencies and strongly recommended by industry task forces and private authors to balance compliance efforts and costs vs. Risk management has a long history in the industry.You must have: • A Masters, DEA or Ph D in quantitative fields such as computational finance, mathematics, statistics or equivalent • In depth understanding of mathematical concepts and model development & validation processes • 5 to 10 years’ experience in financial services industry building or validating models • Familiarity and hands-on experience validating models under the SR11-07 and other regulatory framework • Excellent organization, attention to detail, and proven ability to deliver • Strong communication skills (both written and verbal) • Strong coding ability at least 2 of SAS, R , Python and C Send your CV for immediate consideration.NIST announces the public comment release of SP 800-56A Rev. Revision 3 approves the use of specific safe-prime groups of domain parameters for finite field DH and MQV schemes and requires the use of specific commonly used elliptic curves. 1 AMA model developer in UK, leading AMA advisory firm in North America.EVMTech’s operational risk advisory team supports financial institutions with development of Basel II and Solvency II compliant operational risk management and measurement frameworks. Our extensive experience combined with our know-how and research makes us a unique partner in developing proven and industry-leading solutions.Using our platform Risk# or our Risk Libraries, we are in a position to efficiently implement advanced and custom capital models.
Our software solutions have been extensively tested and optimized for performance to meet modeling and sensitivity analysis requirements of our clients.
The core services include design and development of comprehensive Operational Risk Management framework, development and alignment of critical KRIs, Loss Distribution Approach (LDA) based operational risk modeling (to assess ‘tail’ region more effectively), operational risk reporting, fraud scanner design, fraud rules efficiency testing, fraud monitoring and analytics and AML reporting / analytics.
Further, we work extensively with mortgage companies to strengthen and automate their operations thereby reducing legal risk.
SP 800-56A specifies key-establishment schemes based on the discrete logarithm problem over finite fields and elliptic curves, including several variations of Diffie-Hellman (DH) and Menezes-Qu-Vanstone(MQV) key establishment schemes.
In addition, all methods used for key derivation have been moved to SP 800-56C.
Email comments to: [email protected](Subject: "Comments on Draft SP 800-56A Rev. SP 800-56C has been revised to include all key derivation methods currently included in SP 800-56A and SP 800-56B, , in addition to the two-step key-derivation procedure currently specified in SP 800-56C.