A group of brilliant mathematicians and cryptographers working in STEALTH mode on advance Cryptosystems based on higher orders of discrete mathematical one way equations and advance transformational functions. Such systems provided a higher lever of security, speed, very small infrastructure footprints for Symmetric and Asymmetric Cryptography.

1. Beginning of a New Cryptic Era
KRYTO TECH
@Copy Right reserved Krypto Tech Pvt Ltd 2016

2. Agenda
• Why business need Encryption
– Drivers for Encryption Adaptation
• Where business use Encryption
– Enterprise strategy for Encryption
• What is the future demand
• Our Encryption Methodology
– Krypto's Symmetric Technology
– Krypto's Asymmetric Technology
• Comparison with existing Encryption Syst
ems
• Opportunities

3. Why we need Encryption
 Data protection
 Protecting data from theft
 Protecting integrity of data
 Protecting malicious use and transfer of Data
 Protecting Data from non repudiation
 Authenticating use of Data
 Communication Channel
 Protecting communication channels from unauthorized use and access
 Protecting communication channels from theft or unauthorize diversion
 Protecting communication channels from non repudiation and side channel attacks.
 Authorization and Authentication
 Protecting Cloud and Virtualization environment
 Regulatory Compliances
 HIPPA
 ISO
 SOX
 PCI DSS
 HITECH ACT
 Other Gov. and Regulatory Requirements
All these regulatory authorities examines encryption mandates and controls.
Reviewing specific areas that encryption can have a significant impact in lowering
enterprise risk, while improving compliance posture.

4. Drivers for Encryption Adaption
A Global market report from Ponemon Institute, here we
can see the major drivers for Encryption adaptations, wh
ere the compliance from regulatory requirements are maj
or contributor.

5. Where business use Encryption

6. Strategy for Encryption
There has been a steady increase in organizations with
an encryption strategy applied consistently across the
entire enterprise. In turn, there has been a steady
decline in organizations not having an encryption plan
or strategy.

7. Future Encryption Demand
1. Encryption for different financial transpiration and
transaction .
2. Creating Segregated environment for tenants in
Multi-Tenant cloud environment.
3. Encryption Solutions protecting National Security
information from Cyber War.
4. Encryption Solutions for Strategic Manufacturing
(Aerospace & Defense).
5. Encryption Solutions for Public/Private
Security/Intelligence/Investigation Agencies.
6. Encryption solution for Wireless Communication.
7. Encryption for Hardware based encryption
systems
8. Encryption for media (Image, Audio, Video)
9. Secure voice communication
10. Big Data Encryption.

8. Our Encryption Methodology
KRYPTOS Symmetric Encryption
• Encryption key size (bits) : 1024 Block size (bits) :
1024
• Key generation : Uses a discrete math function having
similarity with Feistel structure.
• Unique algorithm is used to generate cipher key of 1024
bits block size.
• Minimizes key generation time to a great extent.
• Cipher key size always maintained at 1024 bits
irrespective of data size.
• Unique encryption principle; an algorithm dependent on
a discrete math function.
• 2 sets of cipher text generated during encryption.
Both are different in nature
• Both are inter-dependent
• Encrypt any file format (video, image, text, message
etc.), storage media etc

9. Our Encryption Methodology
KRYPTOS Asymmetric Encryption
• Private key size (bit) :3072 Public key size (bit) : 3072
• Key size can be enhanced further never risking time,
power wastage on key generation procedure and
neither at the risk of server storage capacity.
• Key generation : Uses a one-way discrete math
function.
• Unique algorithm is used generation cipher key of 3072
bit block size of higher.
• Minimizes key generation time to a great extent.
• Cipher key size always maintained at 3072 bits or
higher irrespective of data size
• 2 sets of Private key and 1 public key (for storing in
public domain ) are generated during encryption.
• Enhances security to the next level.
• Encrypt any file format (video, image, text, message
etc.), storage media etc

10. Comparison with Existing
RSA DH/DSA KRYPTOS
Key Size 2 0 4 8 b it s . PKCS ver.2
.0 & 2.1
2 0 4 8 b it s . PKCS
ver.2.0 & 2.1
3072 bits
No of Key 1 Public key
1 Private key
1 Public key
1 Private key
1 Public key
1 Private key
Commonly use
d
Digital signing of data stor
e & forward Data On-line
communication
Digital signing of dat
a store & forward Da
ta On-line communic
ation
Digital signing of dat
a store & forward Da
ta Online communic
ation
Digital Sign of
Data
Signing - Very slow
Verification - Very fast
Signing - Very slow
Verification - Very fa
st
Signing - Faster tha
n DH/DSA* Verificati
on - Faster than RS
A*
Store Forward Decryption- Very Slow En
cryption- Very Slow
Decryption- Very Slo
w Encryption- Very
Slow
Signing - Faster tha
n DH/DSA* Verificati
on - Faster than RS
A*
All claims can be demonstrated during proof of concept

11. Opportunities
• Digital Signature
• Drive Encryption
• Cloud Drive Encryption e.g. Drop
box
• Prime number generator
• Crypto Currencies
• Kryptos System (Cloud Local and
Portable Encryption)

12. DEMO
Call us for Demo
# +91 9836411688
# +91 9830794045
For More Details
www.krytotech.com

13. THANK YOU