Technical support and training

CCF provides a holistic digital ecosystem integrating landscape-scale technology, training and community engagement to drive meaningful change, contributing to GBF Target 20 – Strengthen Capacity-Building, Technology Transfer, and Scientific and Technical Cooperation for Biodiversity.

Launching in June 2025, the Protected Area Technician (PAT) Training Programme has been developed by CCF to empower local communities to protect nature.

This tailored programme is designed to build practical, in-demand skills that create real opportunities—from entry-level technician roles to long-term careers in leadership and consulting within protected areas. Co-developed with industry experts and rooted in local needs, the curriculum blends hands-on field training with applied conservation technology knowledge.

Participants will graduate with job-ready skills to support and maintain vital conservation tech infrastructure. They’ll also have the opportunity to earn a PAT Certification, with a pathway to a globally recognised Cisco Certification—unlocking even broader career potential in the conservation and tech sectors.

By investing in local talent, the PAT programme helps communities take a leading role in protecting the natural landscapes they call home.

Monitoring of impact will take place through the first cohort of learners, focusing on their career journeys and personal development outcomes

Centralising data for management and control

A visualisation platform for real-time protected area management, helping managers make informed, conservation-related operational decisions. A community of users is now sharing best practices and innovative concepts, engaging EarthRanger as it extends beyond just elephant protection to a diversity of wildlife, ecological and community applications.

CCF has a long-term partnership with the AI2 Team, which developed this software. 

  • Data flows seamlessly from field-based hardware through the network into Earth Ranger
  • Diagnostic information is key to good support and maintenance.
Transporting data from the field to the operations room

From soil moisture and water levels to animal migrations and habitat health, data from sensors travels via Cisco LoRaWAN gateways and Actility’s ThingPark™ Platform to central operations rooms, where platforms like EarthRanger provide a comprehensive 360-degree view of ecosystem health and threats. Previously, these have been donated by Cisco Inc. 
These LoRaWan gateways now support over 800 IoT sensors across protected areas. 

  • When using LoRaWAN, data is transmitted wirelessly to a gateway. The gateway listens for the corresponding signals and transmits them to a LoRaWAN network server, which is connected to the Internet.
  • Deploying a LoRaWAN network is quicker and much more accessible than setting up a conventional cellular system.
  • Operation requires minimal infrastructure. Setting up cables and making connections to the power line is not required. Network design and optimisation are also simplified, as with one gateway, you can cover a larger area very effectively.
  • Reliable and long-term : The gateways are robust and come with a 7-year warranty, offering peace of mind and operational security for protected area managers working in harsh and remote conditions.
  • Unmatched coverage in rugged terrain: LoRaWAN technology continues to outperform alternatives in remote and rugged landscapes, providing extensive and reliable coverage across challenging terrain where cellular connectivity is limited or non-existent.
  • Seamless regional asset tracking: The system supports device roaming, allowing for uninterrupted tracking of assets across different regions without manual reconfiguration—an essential feature for mobile wildlife monitoring and conservation equipment.
  • Cost-effective: By leveraging low-cost, commodity-based hardware and integrating standard radio modules, LoRaWAN devices reduce overall deployment costs significantly. Compared to cellular or Wi-Fi-based solutions, this makes wide-area sensor networks more financially accessible for conservation teams.
  • A scalable and sustainable alternative: With its low power consumption, long range and minimal infrastructure needs, LoRaWAN provides a sustainable alternative to satellite communication. It enables real-time environmental monitoring in even the most isolated locations.
  • Widespread adoption for Conservation: Outside of this partnership, over 200 protected areas across the country are now using LoRaWAN to monitor vital resources like water, food, and habitat health. This growing adoption is helping secure a resilient future for wildlife, ecosystems, and the communities that depend on them.
Filtering data types and onward rooting

Actility  LoRaWAN Things Park Network ServerThe network server connects sensors, gateways and end-user applications and ensures reliable and secure data routing all along the LoRaWAN network. Along with the Operation Support System (or OSS), they are the brain that controls the complete LoRaWAN network

 

  • Collects data from the LoRaWan Gateways and transports this data from field-based sensors onto Node Red, which sends data to Earth Ranger (a data visualisation software).
  • It can be self-managed through training. 
  • It is easy to replicable.
  • It can be deployed on-premise or on the cloud

Today, Actility’s IoT network server supports 131 LoRaWAN gateways with CCF and nearly a thousand sensors across 35 community-led and private conservancies. These networks span iconic landscapes like the Masai Mara, Tsavo and Northern Rangelands of Kenya, forming a digital safety net across nearly 10 million hectares.

Government agencies, including the Kenya Wildlife Service and Uganda Wildlife Authority, have endorsed the LoRaWan approach for expansion across national parks and community lands.

 

Educational Initiatives

Programs like eco-classrooms, guided tours, and school collaborations raised awareness, while immersive experiences, such as observing salmon in their natural habitats, fostered public engagement.

  • The Formosan landlocked salmon serves as a vital environmental indicator; protecting this species contributes to overall environmental improvement.
  • Environmental education initiatives include interpretive services and guided tours along Qijiawan River, collaborative community and tribal education efforts, conservation-focused courses and ecological camps designed with schools, and volunteer recruitment for hands-on conservation work.
  • Plans are underway to introduce immersive experience classrooms, where participants can wear wetsuits and enter the stream to observe the Formosan landlocked salmon in its natural habitat. These experiences aim to deepen public understanding, foster care, and inspire action to protect stream ecosystems and water resources.
  • The general public lacks sufficient awareness of the Formosan landlocked salmon. Environmental education through diverse channels is essential to garner greater support for conservation efforts.
Reforestation and Water Quality Improvements (In-Situ Conservation)

More than 500,000 native trees were planted, converting polluted farmlands into forested areas. Additionally, wastewater treatment systems were implemented to minimize runoff from recreational zones.

  • High-altitude agriculture in the upper Dajia River and its tributaries polluted the ecosystem, with water quality degradation being a primary factor in the near extinction of the Formosan landlocked salmon.
  • An intact forest environment supports the three critical conditions for the salmon's survival: temperature regulation, food availability, and clean water.
  • In 1997, plans were initiated to install wastewater treatment systems to manage sewage from Wuling Farm and surrounding recreational areas, with the first plant becoming operational in 2002.
  • Negotiations with Wuling Farm facilitated its transition toward eco-tourism, reducing agricultural activities and reclaiming farmland for reforestation.
  • In collaboration with the Forestry Bureau, 500,000 native trees were planted along the Qijiawan River and on reclaimed farmland to restore the riparian ecosystem.
  • In December 2006, the final 8.1 hectares of private land in the Wuling area were acquired, ensuring the Qijiawan River habitat remains free from pollution caused by high-altitude agriculture.
  • The presence of high-altitude agriculture stems from the economic needs of indigenous and local communities, highlighting the importance of fostering dialogue aimed at co-existence and mutual prosperity.
Habitat Restoration (In-Situ Conservation)
  • The conservation initiatives launched in the 1980s ultimately faced setbacks, with efforts declared unsuccessful in the 1990s. Key challenges identified included the absence of deep pools and typhoon shelters in high-altitude streams, along with disrupted habitat connectivity caused by silt traps.
  • Between 1999 and 2001, four silt traps on Gaoshan Creek, a tributary of Qijiawan River, were gradually removed or improved, leading to the observation of natural spawning by juvenile salmon.
  • In 2010, an assessment revealed that the No. 1 silt trap at the lowest part of Qijiawan River was a critical bottleneck, and it was removed in 2011.
  • After the improvement work on the weirs, the movement of silt and sand has altered the riverbed morphology both upstream and downstream, impacting the habitat environment and water quality—critical conditions for the survival of the salmon. Continuous monitoring is essential to track the trends and characteristics of riverbed evolution. 
The Establishment of Shei-Pa National Park in 1992

Shei-Pa National Park has included the Qijiawan River catchment in its protected area, with conservation plans focusing on habitat preservation and breeding programs.

  • The Formosan landlocked salmon, discovered in 1917, is a unique species that is considered a "glacial relict." It is found exclusively in the high-altitude streams of central Taiwan, marking the southernmost and highest-altitude wild distribution of any salmon species in the world. This species is regarded as a natural monument and an iconic national treasure.
  • By 1984, the Formosan landlocked salmon was nearly extinct, with 90% of its historic range across five streams reduced, leaving only about 200 individuals.
  • In 1989, the Wildlife Conservation Act was enacted, listing the Formosan landlocked salmon as an endangered species (EN), signaling the urgent need for conservation.
  • During Taiwan's economic miracle in the 1960s to 1980s, human development spread to the mountains, leading to overfishing, water pollution, and habitat destruction. To conserve the Formosan landlocked salmon, the Wildlife Conservation Act was enacted, and Shei-Pa National Park was established to strengthen protection efforts.
Formosan Landlocked Salmon
The Establishment of Shei-Pa National Park in 1992
Comprehensive life-cycle breeding program (Ex-Situ Conservation)
Reintroducing the Salmon to Its Historical Habitats (Ex-Situ Conservation)
Collaborating with Local and Indigenous Communities (Ex-Situ Conservation)
Habitat Restoration (In-Situ Conservation)
Reforestation and Water Quality Improvements (In-Situ Conservation)
Educational Initiatives
Building Cross sectoral Partnerships

Hack The Planet acknowledge that our partnerships allow us to combine strengths, resources, and expertise, amplifying the impact and fostering innovative solutions. Collaborating creates shared value and builds networks, enabling mutual growth and sustainability.

Local involment:
The scanners send real-time alerts to the anti-poaching control room. These alerts can also be shared with local communities or neighboring farms, enabling them to act as third-party partners in anti-poaching efforts. By involving locals directly in the response process, the system fosters collaboration, increases situational awareness, and empowers communities to take an active role in protecting wildlife.

Scanneredge is a collaboration with Tech for Conservation organisation Smartparks, Management of national parks like Gonarezhou - Zimbabwe, park technicians, rangers(QRU) and the local community. Through this cross-sector partnership, we have demonstrated that ScannerEdge is ready for broader deployment, increasing the number of active national parks and total scanners in use.

To establish a successful cross-sector partnership, it is essential to clearly define each partner's role and level of involvement from the outset. Ensuring local ownership of the solution is crucial for achieving long-term sustainability and impact.

Purpose: To align resources, expertise, and strategic goals across different sectors for effective implementation and operational success.

How it Works: Partnerships are built through workshops, shared missions, and transparent agreements outlining roles and responsibilities. Regular evaluations ensure partnerships remain productive.

Scanneredge offers a plug&play innovation offering a quick installation that can be monitor the area for signs of potential poachers immediately after installation. 

The true success depends on the internal Rangers Quick Response Unit's ability to act swiftly and effectively on the real-time data provided. The unit must remain on constant standby, equipped with reliable transportation, and prepared to respond on poaching activity.

Building trust among stakeholders takes time but is essential for long-term collaboration.

Cross-sectoral partnerships increase funding opportunities and knowledge sharing, enhancing the overall impact.