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Core-Banking
Core-banking software, by definition, is the software that
runs the bank. But retail banks expect their core systems
to do more than they did a decade ago. These days, banks want
to be customer-centric, not product-centric; at the same time,
they are more cost-conscious: they look to technology to reduce
overhead and shave cost out of each transaction. As a core-banking
software provider, Zapio Technologies is busily evolving to
address these needs
We have, over the past five years, focused the technology
it develops on the strategies of the customers it serves.
"We really try to understand what the bank is trying
to do, their business objectives and their longer term plans
for growth," says company Technical Director P.B.Bashith
. "As part of our core competency, we focus on trying
to make banks more successful. Our challenge is to help them
understand how the utilization of our solution can help get
them there."
Better customer management is part of the package. "We
are a core-banking provider, but on a mission to reinvent
core: to extend it from traditional, account processing all
the way to the desktop of the bank and ultimately to the bank's
customer," Bashith continues. "So we are including
data collection techniques and storing information for CRM
in a single accessible database."
Download
Brochure 
Intra-Banking
Networks
With the vision to built
next-generation ‘intelligent’ and reconfigurable
solution combining hardware & software, Zapio is focused
in the Research & Development of solution in Security
& Network domains; and the company is pioneering new technologies
in FPGA based next generation secure & high speed TCP/IP
appliances.
With the vision to built next-generation
‘intelligent’ and reconfigurable solution combining
hardware & software, Zapio is focused in the
Research & Development of solution in Security & Network
domains; and the company is pioneering new technologies in
FPGA based next generation secure & high speed TCP/IP
appliances |
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Key
Features
Security
for mission-critical intra-banks networking
Full Duplex encryption/decryption appliance
E1/T1 Leased Line, VSAT Links
Simultaneous use of Date, Fax and Voice
Symmetric Block/Stream Ciphers burned on FPGA
based Crypto-engine
Key Generation Algorithm
Very large key diversity
Key management and distribution – CF based
cards
Maintenance free operation including automatic
key change without link interruption
Suite of Crypto algorithm on the same FPGA
Intra-Banking Network Encryptor
2.0
The Zapio IBNE2.0 Digital Link Network Encryptor
is a FPGA based bulk encryptor is a FPGA based
bulk encryptor appliance designed for high-density
secure Voice, Fax and Data Communication in independent
mode that requires strategic level security between
banks with high reliability.
The Zapio IBNE2.0 is configured with-2*
Date(Ethernet)Ports. 1 Phone line and 1 Fax line.
The Zapio IBNE2.0 appliances is fabricated
around a Crypto Engine developed on a XILINX Virtex-II
FPGA. AES Algorithm (Rijndal – 128,196 &
256 bit) is the de-facto crypto-standards, but
can be replaced by two-fish, Serpant or any Stream
ciphers - AES (OFB Mode), SNOW2.0 or TRIVIUM.
The product works on wired (E1/E3/T1) and VSAT/Satellite
based communication – up to 2Mbps.
The Zapio IBNE2.0 device encrypt the
date bit-by-bit, using the key stream output of
a highly sophisticated, nonlinear, pseudo-random
key generator. The non-error-propagating encryption
algorithm and burst synchronization techniques
used by the Zapio IBNE2.0 are compatible
with all VSAT and satellite data communication,
up to 2.048 Mbps. In full duplex mode, Key variables
can be automatically downloaded.
The Zapio IBNE2.0 ia an emission-hardened
unit designed to operate in a fail-safe communications
network environment, The unit is operator transparent,
with user-friendly features to reduce the probability
of the operator error.
Tamper and probe resistant design as well as lock
protected access control, ensure operational integrity.
Potential institutions
Intra-Banking Network
Various Financial Institution
Insurance Companies
Government Organizations
Defense/Military Services |
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| Technical Features |
| Data
Transfer Rates |
Encryption
Algorithms |
Secure
Auditing |
| Efficiently
tested on E1/E3/T3 connections |
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AES(128,
192 & 256 bit defactor), Two-fish. Serpent.
SNOW2.0 TRIVIUM |
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Physical
Security- Tamper evident chassis |
| Key
Management |
Physical
Interfaces Flexibility |
Power |
Signed Diffie-Hellman key
agreement protocol
SHA-2 Hash Algorithm
Hardware random number generation
Automatic time triggered key change without interruption
of connections |
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Ethernet-2*10/100 Mbps modules
1*Phone Lines and 1* Fax Line each
Bulk encryption transparent to line protocols.
AC and DC redundant power(optional) |
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Standard external power
supply
Auto-sensing 110-240V AC/50-60Hz
Optional internal power supply 48V DC
Redundant hot swappable AC (universal) |
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Management |
Physical
Specification |
Operating
Temperature |
Integrated Element Management
application
Management using 9-pin D serial port |
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Height: 4..4cm
Width: 22cm
Depth: 18cm |
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5°C to 40°C
(40°F to 100°F) |
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