- Product Overview
- What does a ProofMark Prove?
- What is a ProofMark?
- How big is a ProofMark?
- What does a ProofMark give me?
- How can a ProofMark help me in e-Discovery?
- What is the ProofMark System?
- How does a ProofMark indicate data integrity?
- What is patented about the ProofMark technology?
- What is driving the market for validating data authenticity/integrity?
- What were the core changes to the FRCP?
- What’s wrong with traditional “digitally signed” timestamps?
- How does ProofMark different from other trusted time stamping solutions?
- Does the ProofSpace technology adhere to ANSI ASC X9.95?
- Does the ProofSpace technology use the RFC 3161 (TSP) Time-Stamping Protocol, RFC 3126, RFC 3029 (DVCS) or the norm ETSI TS 101 861?
- What is the difference between using the ProofSpace technology and using a TSA (Time Stamping Authority)?
- Is the Proofspace technology compatible to the European norm TS 102 023 V1.1.1 (2002-04) Policy Requirements for Time-Stamping Authorities and TS 101 861 V2.1.1 (2002-03) Time Stamping Profile?
- Does ProofSpace http transport (for Web Services) use https according to RFC 3161?
- Does the ProofMark System use the STIME Protocol (Secure Network Time Protocol) to guarantee the TimeStamps?
- Technology
- What is Public Key Cryptography?
- What is Transient Key™ Technology?
- How does the ProofMark system source trusted time? How accurate is it?
- How do Intervals work in the ProofMark System?
- How are Intervals chained in the ProofMark System?
- What Are Digest Logs, and why are they important?
- How does “cross certification” work in the ProofMark System?
- How are Intervals stored in the ProofMark System?
- What is “Publication” of Intervals?
- How are ProofMarks Verified?
- ProofMark Products
- How can I apply the ProofMark system to other record management systems, archives and storage systems?
- How much does ProofMark cost? Can you provide me with a pricing example?
- What are the technical specifications of the ProofMark System?
- ProofSpace Company
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