Analyzing the root cause of performance deviations on a fleet of several thousand BTS sites becomes an extremely challenging task.
As the network continues to expand, maintaining an aggregated and real-time visibility of power infrastructure operation becomes increasingly complex.Learn More
Older assets commonly encounter issues, breakdowns, and experience accelerated degradation, leading to site downtime, penalties, and revenue losses.Learn More
Various factors, including load shedding, load expansion, and asset degradation, can lead to deviations from the targeted KPIs, consequently impacting the profitability at the site level.Learn More
Telcom BTS Towers under Active Supervision
Distributed Solar being Optimized
Storage being Effectively Managed
Policy Driven Platform - Define Your Own Rules!
Hardware Independent Platform with Numerous Data Acquisition Methods
Development of Dashboard, Analytics and Customized Reporting On-the-Go
Tailor-made Workflows, Asset Management, and Energy Analytics for MNOs and TowerCos.
INSITES Engine enables anomaly detection in real-time, highlight Assets under-performance, Recommends Actions and forecast key parameters like Load, Weather, OPEX and Asset End-Of-Life
Backed by AWS Cloud Based Platform, with World Recognized Cloud Security and Scalability for big data
Swift development with our in-house full-stack team comprising SMEs, Developers, and Business Analysts.
Reliable Connectivity at fingertips via Web and Mobile apps for IOS And Android
INSITES utilizes Digital Twin Technology to construct a sophisticated scientific model of site assets, real-time observations, and an ideal operational philosophy. This model drives portfolio-wide energy optimization. The suite incorporates machine learning (ML) and artificial intelligence (AI) to address the most critical challenges in MNO and TowerCos Operational Management, with the goal of achieving a Self-Healing Network!
Know which batteries are degrading faster than expected, whether its solar under-performance or bad weather, which rectifiers are working at lower efficiency, where gensets are likely to fail in next run event and much more…
Relocate underutilised Rectifier modules and batteries from operational sites to high-stress, underperforming sites to save on CAPEX investments and spare resources
Maximize solar generation and reduce genset running by using solar and load forecast, allowing advanced energy management functions like peak tariff and solar curtailment reduction. Know estimated OPEX and Asset End-Of-Life to improve operational [planning.
ROX enables achieving Operational Excellence by incorporating complete, paperless operational workflow, from issue identification to closure, tracking and portfolio C-Level reporting level.
Streamline end-to-end activities via Trouble Tickets, Work Orders, Grid and Fuel billing integrations and Reporting Subscriptions, significantly reducing manual operations.
Gain comprehensive insights into field activities and portfolio performance via KPI.
Make informed CAPEX/OPEX decisions using data analytics.
Achieve precision in monitoring operational KPIs and drivers, for identifying sites with high deviations.
Proactively address reporting anomalies for resolving outliers and deviations in data patterns.
NOC enables effective network monitoring and control through comprehensive operational visibility, intelligent detection of power outages and issues, and real-time management of intelligent assets for operational optimization.
Ensures comprehensive insight into site operations.
Smartly identifies power outages and operational issues at sites.
Maintains full control of intelligent assets for real-time operational optimization.
SPARK is commended for its remarkable capabilities and contributions in the field of energy management. This platform effectively offers accurate and real-time insights, allowing Tawal Pakistan to pinpoint areas of inefficiency and make informed decisions to optimize energy consumption, reduce costs, set goals, and continuously enhance operational performance.
Answer: SPARK is designed to connect with multiple software tool sets via standard protocols. Our preferred mechanism is through REST APIs. Both pull and push-based integrations are available to suit your requirements.
Answer: SPARK is compatible with multiple industry-standard protocols, including JSON-based REST APIs, SFTP, MQTT, and SNMP. For standard protocols, you can follow the API documentation and get started immediately. In the case of proprietary protocols, you may speak to our experts.
Answer: SPARK uses highly secure cloud-based hosting with multiple layers of security, including the application layer, MFA, secured protocols, WAF, and guardrails.
Answer: SPARK is a SaaS platform and is based on an annual subscription model.
Answer: Yes, SPARK has a Work Order and Trouble Ticketing Module that allows administrators to customize workflows according to your needs.
Answer: SPARK supports both Gateway-Server and Server-Server connectivity via APIs. We are already integrated with many RMS platforms and open to discussing new integrations.
Answer: Yes, SPARK incorporates a dedicated dashboard and business logic for carbon accounting of your renewable assets, covering the complete portfolio.
Answer: Indeed, SPARK offers email and SMS escalation for all modules, including events, reporting, and workflows. Please note that SMS escalations are priced separately and may vary by country.