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INFRABOX Apollo

LOCALIZED INFRASTRUCTURE SYSTEMS

Decentralized infrastructure for tomorrow's communities.

INFRABOX builds the utilities a new development needs, water, electricity, sewage, smart metering and billing, as localized systems planned into the neighborhood from the first drawing. The community runs on its own resources, with no dependence on a distant grid, a connection line or a tanker route.

Request a site surveySee the impact
A master-planned neighborhood with its own water, sewage and energy systems at golden hour, illustrative

10-600

m3 PER DAY

8-4,800

USERS SERVED

16 kW-1 MW+

ENERGY STORAGE

12-20

YEARS SYSTEM LIFE

01WHAT INFRABOX DELIVERS

Water, wastewater and power, delivered as one local system.

WATER SECURITY

Purification and desalination for water drawn from a well, a stream, a reservoir or the sea, and the harvesting of condensation water from air-conditioning systems.

WATER

SEWAGE AND ENERGY RECOVERY

Biological treatment of sanitary wastewater to the Israeli standard, with the residual sludge converted into energy.

WASTEWATER

LOCAL ENERGY GRIDS

Solar, wind and storage, with local distribution, smart meters and automated billing.

ENERGY

Every system arrives as a containerized unit, sized to the community, and reports to one screen.

02THE SYSTEMS

Five systems. One platform.

Every INFRABOX product is the same idea at a different scale: a containerized utility that generates its own power, runs itself and reports home.

A blue-framed solar array angled beside a black INFRABOX treatment unit on a desert pad.
1WASTEWATER TREATMENT, WW SERIESBiological treatment from 10 to 600 cubic meters a day. Reclaimed water to the irrigation standard.
A white forty-foot restroom container with roof-mounted solar panels, a ramp to its double doors and two black water tanks alongside, illustrative
2AUTONOMOUS RESTROOM CONTAINERToilets and urinals with treatment and water reuse built into one unit.
A black waste-to-energy container with a steel flue and a feed hopper on a concrete pad at sunset, illustrative
3COMPACT WASTE-TO-ENERGYSolid waste becomes electricity and heat at camp and facility scale.
Four parallel waste-to-energy plant lines with flues and a truck bay, seen from the air, illustrative
4MUNICIPAL WASTE-TO-ENERGYModular plant lines for city-scale volumes, built in phases.
An INFRABOX compound of containers, tanks and solar arrays laid out on one pad, illustrative
5INFRABOX COMPLETEWater, power, wastewater, metering and control as one local infrastructure.
  • CONTAINERIZED DELIVERY
  • SOLAR HYBRID POWER
  • REMOTE SCADA CONTROL
  • DAYS TO DEPLOY
  • ONE CARE FRAMEWORK

03THE PROBLEM

Sites beyond the grid pay for isolation twice.

Sewage leaves by tanker truck, week after week, on exposed roads. Power arrives by diesel or a connection line priced in the millions. The spending never stops, and it never becomes an asset.

  1. LOGISTICAL DEPENDENCE

    Heavy vehicles and a fixed weekly removal run to and from the site.

  2. SECURITY EXPOSURE

    Every removal is a movement, a route and an operational weak point.

  3. RECURRING COST

    Removal fees continue forever, with no asset and no return.

INFRABOX turns the recurring expense into an owned asset.

04ONE VILLAGE, BEFORE AND AFTER

The same ground, with its own utilities.

Before, the village pays for isolation: an open drain along a dirt street, water by tanker, power from a diesel generator that runs when there is fuel. After, the same ground carries its own utilities: a treatment unit on its pad, a solar field, a reservoir of treated water, a paved street and homes built for the rooftop kit. Drag the handle to compare.

A village with an open drain along a dirt street, a rusting water tank, a diesel generator and a sewage tanker, seen from a drone, illustrative

BEFORE

The same village with a black INFRABOX unit on its pad, a solar field, a reservoir of treated water, a paved street and rooftop solar kits, seen from a drone, illustrative

AFTER

ILLUSTRATIVE. THE SAME VILLAGE FROM ONE DRONE POSITION.

05WHAT CHANGES FOR THE PEOPLE

Water at the tap, and the tanker never comes back.

A unit on its pad changes what a day looks like for the people around it. Nobody carries water. The open drain that spread disease is a pipe under the street. The treated water goes back onto fields that were dust, and the spending that left every week with the tanker stays in the village, as a utility it owns.

A village with white flat-roofed homes, a paved street, a treatment unit on its pad and a reservoir of treated water, seen from a drone, illustrative
A VILLAGE WITH ITS OWN UTILITIES. ILLUSTRATIVE.

  1. WATER

    Drawn from a well, a stream or the sea, purified on site and delivered to the tap.

  2. SANITATION

    Sewage treated inside the village to the irrigation standard, with no tanker run and no open drain.

  3. POWER

    Solar and storage that carry a clinic, the street lights and the pumps through the night.

  4. OWNERSHIP

    A utility the village owns, with its operators trained under the care framework.

See the full impact
A black INFRABOX unit on crane chains being lowered onto its prepared pad
CRANE DAY ON THE PREPARED PAD
A black INFRABOX treatment unit with two black water tanks and pipework on a concrete pad
THE UNIT AND ITS TANKS
A blue-framed solar array tilted toward the sun beside a black INFRABOX unit
THE ARRAY THAT RUNS IT

06FROM SURVEY TO A LIVE SITE

From a drone survey to a working utility.

  1. 01

    SITE SURVEY

    A drone survey becomes a measured 3D model of the site.

  2. 02

    LAYOUT AND DESIGN

    Pad, capacity, energy package and reuse line are fixed on the model. The design package follows the next day.

  3. 03

    MANUFACTURING

    The unit is built and tested as a sealed container, ready for transport.

  4. 04

    CRANE DAY

    The unit is set on the prepared pad and connected: sewer, power, telemetry.

  5. 05

    REMOTE OPERATION

    Commissioning, then the site runs itself and reports home.

A hi-vis crew member watching a black INFRABOX unit being lowered from a crane onto its pad beside a water tank.

WHAT IT REPLACES

A connection line priced in the millions, years of civil works, tanker and diesel logistics, and a standing technical crew.

07INSIDE EVERY UNIT

Each unit carries its own power plant, its own treatment and its own control room.

ENERGY

680 W panels, a hybrid controller for solar, generator or grid, and 16 kW of storage as standard, scalable to 1 MW and beyond.

TREATMENT

Multi-stage biological treatment on the Vertical Green Wall Bio-Filter method, finished with UV disinfection.

CONTROL

A dedicated PLC runs pumps, blowers and disinfection. Faults are flagged the moment they happen.

CONNECTIVITY

Cellular link as standard, satellite backhaul where there is no network. Monitor and operate from anywhere.
A blue-framed solar array tilted toward the sun beside a black INFRABOX treatment unit on a cut desert pad.

680 W

PANEL OUTPUT

25.2%

MODULE EFFICIENCY

16 kW-1 MW+

ENERGY STORAGE

30 YR

PERFORMANCE WARRANTY

08EVIDENCE

Tested effluent. Approved by the military health regulator.

PARAMETERRESULTSTANDARD
COD42100
BOD< 520
TSS< 530
Ammonia nitrogen4.8450
pH7.158.5
Chloride133250

Values in mg/L. Sample of 14.07.2026, certified laboratory analysis SO261011197. Meets the Ministry of Health regulation for unrestricted irrigation.

“The local sewage treatment facility is a good solution and an alternative to tanker removal. Beyond the economic saving, it will reduce the sanitary risk of raw sewage reaching the environment and the soil.”

ARMY HEALTH BRANCH CONCLUSIONS, 2 AUGUST 2026, TRANSLATED

On 2 August 2026 the Army Health Branch of the IDF Medical Corps approved the use of INFRABOX local treatment systems in the IDF, tied to a long-term support and maintenance contract.

09WHERE INFRABOX RUNS

In service at forward sites. Planned for whole neighborhoods.

An INFRABOX treatment unit, its blue-framed solar array and the concrete pad on a graded desert site, with overhead lines behind.

SOUTHERN ISRAEL, SINCE 2025

A forward base runs on INFRABOX.

Sewage treated on site and 5 kW of solar in the first phase; a second phase adds 30 kW of generation and 30 kW of storage with Ministry of Energy funding.

GABON, JUNE 2025

Food and utility autonomy for the armed forces.

The company's director presented agricultural and utility projects to the President of Gabon.

ISRAEL, AUGUST 2026

Approved for use across the IDF.

The Army Health Branch approved INFRABOX local treatment systems, tied to a long-term support contract.

HUMANITARIAN NEIGHBORHOODS

Two hundred families, four networks.

Potable water, electricity, sewage and reclaimed water planned with XTRATA construction, so sanitation arrives with the first residents.

10THE VILLAGE ECONOMICS

Half the cost of a 40-kilometer line, and it belongs to the village.

LONG-DISTANCE GRID EXTENSION

15-20M USD

PER VILLAGE

  • 40 km of lines, substations and corridors
  • 10 to 25 percent transmission losses
  • 800 to 1,500 USD per km each year to maintain
  • Years of construction.

INFRABOX AT THE VILLAGE EDGE

7-10M USD

PER VILLAGE

  • No more than 1 km of new grid or pipe
  • Near-zero transmission losses
  • Deployed within 4 to 5 months
  • An asset the village owns.

CUMULATIVE SAVINGS AS DEPLOYMENT SCALES

VILLAGES DEPLOYED

051005001,000

USD, BILLIONS SAVED

5-10B USD AT 1,000 VILLAGES

Each village saves 5 to 10 million USD: a long-distance grid extension costs 15 to 20 million against 7 to 10 million for INFRABOX at the village edge. The band is that saving added up, village by village.

30-50%

LOWER CAPEX

5-10M USD

SAVED PER VILLAGE

12 YR

PAYBACK

5-10B USD

SAVED ACROSS 1,000 VILLAGES

11REQUEST A SITE SURVEY

Tell us where the site is.

Tell us where the site is, how many people it serves and what leaves it by truck today. We reply within one working day.

EMAIL
victor@infraboxapollo.com
WHATSAPP
Message the office
LANGUAGES
English, Hebrew and French