PHILOSOPHY OF THE NETWORKS OF THE FUTURE: 3D NETWORKS FROM UNDERGROUND TO LEO/MEO/GEO
Since 2020, Intelliterra’s team has been working on tools to serve the new paradigm for the wireless networks of the future. Historically, wireless networks—and especially cellular networks—have mostly been thought of as "flat" - i.e., their users have been planned to only be on the topographical surface of the ground, with occasional elevations due to residential condominium and business office areas.
OUR CORE EXPERTISE
A software platform enabling massive remote area radio network design, deployment, maintenance. Leveraging autonomous flight, AI, and software to equip small firms to deploy affordable high-speed open-area connectivity optimized for general connectivity and the new era of massive loT.
Usher in the era of decentralized connectivity:
- create a platform that gives thousands of firms the tools they need to deploy affordable wireless networks
- make "Private 5G" for complex open spaces simple
Unleash precision ag, open-source agriculture:
- making data density feasible for the first time in agriculture
- enabling medium size farmers to deliver industrial productivity without sacrificing quality introducing post-organic farming
Bring easy-to-deploy and reliable connectivity to other sectors:
- remote area luxury properties (islands, resorts, estates)
- petroleum refineries, mining, pipelines, power plants
- DoW/DoD
PATENTED END-TO-END PROCESS
NETWORKS OF THE FUTURE
COMPLEMENTARY TECHNOLOGY
SOLUTIONS
Intelliterra AI + Automation =
Uniquely Cost-Effective Solutions for
Uniquely Cost-Effective Solutions for
NEW COVERAGE
Traditional Private Area Wireless networks will last longer and cost less over their lifetime if coverage is effectively optimized for your business before network equipment is deployed.
Whether you are a petroleum refinery looking to operate in a truly automatic 21st century way, or a farm working to achieve the productivity lifts of precision agriculture, you need guaranteed and affordable connectivity for your sensor network.
DIGITAL AGE
=
1000's OF CONNECTED DEVICES
x
GUARANTEED CONNECTIVITY
x
3D
3D
Quality connectivity needs to be guaranteed not only at the surface but also above ground. Whether your facility has equipment high above ground or you employ drones for regular monitoring and diagnostics, or you are a remote-area airfield looking to provide connectivity for aircraft on the flight line and in the traffic pattern -- your facility needs 3D coverage, on the ground and in the air.
Fast
Coverage is optimized for each use-case without significant time and resource overhead. RF designs are ready from within hours to several days. Micro-towers can be installed within weeks.
Affordable
Our disruptive approach helps the customer reap the advantages of the digital age while taking control of costs in both near-term and long run.
Enjoy your network with guaranteed coverage of your property in under several weeks; from inspection to deployment.
INEFFICIENT COVERAGE
Operators are facing an increasing need to optimize costs out of their networks.
Pre-AI processes: Traditional methods of build-test-tweak network design makes network optimization a time-consuming and costly process of trial and error, every time.
It’s still an expensive game of “Can you hear me now?” This creates unbalanced coverage, with both gaps and surplus capacity areas.
AI-assisted processes: programmatic optimization of coverage run on quality Physical AI eliminates most surprises and delivers RF plans that not only save costs but also increase quality of customer experience. Performed independently from RAN vendor priorities, the outcomes directly reflect MNO priorities.
GAPS IN COVERAGE
Our robotic 3D area surveys, Physical-AI informed coverage modeling, and hardware-accelerated optimization will help fill in gaps in your coverage most efficiently.
Our Physical AI engine will show top equipment location and configuration scenarios maximizing outcomes you are looking for.
* depending on complexity of requirements and their environment.
USE CASES
Farms & Precision Agriculture
Intelliterra’s technology enables affordable connectivity for farmers wanting to achieve the promise of precision agriculture while not giving up ownership of data about their farm, large-scale farms stand to generate up to 20% better yield per acre*
Airfield
College, City Park & Stadium
Remote Beach or Mountain Resort
Private enterprise spaces looking for high-quality coverage will see up to a 10x savings in cost per acre covered with same or greater quality.
Existing cellular network operators will experience up to a 3% reduction in towers leading to lower CapEx and OpEx on network maintenance.
OUR PROCESS
STEP 1
Discover the Property
Intelliterra’s Physical AI is built upon neural networks trained on billions of data points reflecting real-world environments and pragmatic use-cases where wireless technology is used.
STEP 2
Scan to Create Digital Twin
Intelliterra will scan your property to create its digital twin which includes terrain, vegetation, building shapes, their environment.
STEP 3
Design & RF Plan
Next, we prepare the digital twin by preprocessing it using using Intelliterra’s patent-pending algorithms to make it a more efficient input for our wireless physical AI.
STEP 4
Optimize Customer Requirements
Then, our powerful deep-learning models intelligently run thousands of simulations to solve for the most robust and cost-effective wireless network for your area, based on customer requirements. This ordinarily takes weeks; but now—thanks to Intelliterra’s powerful algorithms and purpose-optimized hardware and software—hundreds of acres take minutes.
Once resolved, wireless network design options are presented to the customer.
STEP 5
Fabricate and Deploy Microtowers
or Select Tower Locations
For smaller new network design projects, our team manufactures micro-towers that are installed by local installers team. For large network operators, we continue to provide decision support analyzing trade-offs when selecting macro tower locations or adding small cell towers.
For network optimization projects, our consultants will work with engineering teams to arrive at best solution strategies: relocate towers, build new towers, adjust radio antenna positioning and configurations, improve antenna designs.