Logix Technova, Sector-132, Noida, India
Flagship Discipline · 7-Stage Engineering Lifecycle
Flagship Core Discipline

From Multiple Technologies to One Integrated Solution

Konivo brings together multiple technologies, OEM products and engineering capabilities to create integrated customer solutions.

Cross-Vendor Engineering Synthesis

Deploying best-in-breed hardware from different OEMs is only half the battle. True operational capability requires unified network addressing, protocol translation, synchronized power failover, and cohesive command telemetry. Konivo eliminates fragmentation and acts as your single accountable systems integrator.

Proven Methodology

The 7-Stage Systems Integration Lifecycle

A disciplined, milestone-driven framework ensuring risk minimization from initial requirements through operational handover.

01
UNDERSTAND
Business drivers, operational objectives, budget boundaries & user profiles.
02
ASSESS
Physical site survey, RF signal auditing, power infrastructure & fiber route inspection.
03
DESIGN
High-level & low-level topologies, data flow schematics, redundancy paths & BOQ.
04
ENGINEER
Equipment selection, OEM interoperability matrix, firmware staging & lab PoC testing.
05
INTEGRATE
Cross-protocol bridging, software API connectors, network stack configuration & pre-flight.
06
DEPLOY
On-site mechanical rack mounting, optical cabling, calibration, testing & cutover.
07
SUPPORT
As-built documentation, technical administrator training, warranty SLAs & lifecycle upkeep.
Scope of Engineering

15 Specialized Systems Integration Services

Konivo's field-tested capabilities span the full engineering lifecycle:

Requirement Analysis

Translating operational, compliance, and user requirements into precise engineering specifications.

Comprehensive Site Survey

On-site RF spectrum auditing, optical path checks, power availability assessments, and environmental profiling.

Solution Architecture

End-to-end multi-tier system topology design, high-availability pathways, and throughput dimensioning.

Detailed System Design

Low-level schematics (LLD), IP address schemes, VLAN segmentation, and rack layout elevations.

BOQ / BOM Preparation

Itemized Bill of Quantities including main equipment, accessory patch cords, mounts, power supplies, and spares.

Technical Specifications

Precise parameters for tender documentation, RFP compliance sheets, and equipment benchmarking.

Vendor-Neutral OEM Selection

Rigorous matching of customer requirements against premier OEM portfolios for best technical and financial fit.

Multi-OEM Integration

Harmonizing disparate protocols (IP, Modbus, BACnet, ONVIF, RTSP, SNMP) into one cohesive operating environment.

Proof of Concept (PoC)

Live lab validation and on-site pilot trials to stress-test throughput, failover, and detection accuracy before deployment.

Installation Coordination

Supervising cabling contractors, rack physical mounting, power distribution safety, and antenna alignments.

Turnkey Commissioning

System power-up, firmware configuration, network routing activation, and system parameter tuning.

Testing & Site Acceptance (SAT)

Execution of rigorous User Acceptance Testing (UAT), failover stress tests, and bandwidth saturation benchmarks.

As-Built Documentation

Complete cable tagging schedules, network topology drawings, configuration backups, and asset register delivery.

Team & Operator Training

Hands-on operational training for customer engineers, command center operators, and first-line support teams.

Post-Deployment SLAs & Support

Preventive maintenance checks, rapid emergency spares dispatch, remote troubleshooting, and lifecycle upkeep.

Bring Your Project Vision to Reality

Speak directly with our systems integration architects to design a consolidated, dependable infrastructure solution.

Discuss Your Integration Project