find out what's our business units and their capabilities.
Synergy Engineering is an energy services company based in Southeast Asia.
Synergy Oil and Gas Engineering Sdn. Bhd. is a PETRONAS-licensed specialist consultancy in Malaysia, dedicated to solving the industry’s most complex technical challenges. We serve as the primary technical hub for high-end specialist engineering, delivering advanced Flow Assurance, Process Dynamics, and Computational Fluid Dynamics (CFD). Our Malaysia-based team provides essential engineering support for FPSO and MOPU conversions, asset life-extension, and complex brownfield modifications. By integrating Material Selection, Corrosion studies, and Safety Engineering, we ensure the integrity of major offshore assets, including WHP, CPP, and FSO units across the ASEAN region.
Synergy Engineering aspires to nurture a workplace culture that is safe, healthy and family friendly.
As our name suggests, we're always on the lookout for value-adding synergies, so there are many possibilities for partnering with us to better serve the industry.
Here are some examples:
You are an engineering companyarrow_drop_down
You are an engineering company looking for specialist and / or general engineering support from a high value partner.
We can provide flexible, fit for purpose and cost-effective engineering services adapted to the needs and execution strategy of your company. We have the capacity to assist in both small specialist studies to larger multi-disciplinary design projects.
Our current partners include DNV GL, Petrofac, Xodus and Arcadis.
You are an EPC contractorarrow_drop_down
You are an EPC or construction company looking for multi-disciplinary engineering support.
We can support you with design engineering assistance, follow-on engineering and the development of construction workpacks and commissioning procedures.
Our current partners includes Furui Specialist Equipment.
You are a technology supplierarrow_drop_down
One of our core philosophies at Synergy is to be at the cutting edge of using technology to improve our engineering services in terms of productivity, efficiency and accuracy, so that we can provide better value to our clients.
If you are a supplier of innovative technology, be it software, equipment, processes or systems, then we want to hear from you so that we can evaluate how your technology can fit into our existing workflows and help us get better.
You are a specialist service providerarrow_drop_down
You have specialist skills and services that we do not already offer in-house and would benefit our clients.
We can package up your specialist services along with our existing capabilities and help you market them to our client base.
Our current partners include Antares Offshore and RISC Operations Pty Ltd.
You are a local representativearrow_drop_down
You are a local company outside of Indonesia with access to market opportunities and are looking for an established engineering firm to represent.
We have been successful penetrating new markets while working closely with our local representative partners around the world.
Those interested in acquiring and using the "compat-wireless-20100626-patar patched" drivers should exercise caution and consider the following:
Sometimes, progress in the Linux kernel leaves specific hardware behind. If you’re maintaining an older embedded system, a specialized Wi-Fi module, or just tinkering with a legacy USB dongle, you might have run into the need for the driver stack. Today, we’re taking a deep dive into a very specific snapshot: compat-wireless-2010-06-26 and patching it for PTAR (Packet Tracker / ARP offload support).
Before compiling and injecting the newly patched modules, unload all active wireless drivers to prevent kernel panics or driver conflicts: # Deactivate the current execution stack sudo make unload Use code with caution. 4. Compiling and System Installation
Governments, corporations, and individuals found themselves at a crossroads, navigating the implications of this new interconnectedness. EchoPulse, now a legend in their own right, remained elusive, watching from the shadows as the world grappled with the implications of their creation. compatwireless20100626ptar patched
While this package is now heavily outdated and not recommended for modern systems, it was installed by compiling the source code directly:
# Extract the compressed source archive tar -xvjf compat-wireless-2010-06-26-p.tar.bz2 # Navigate into the extracted source repository cd compat-wireless-2010-06-26-p # (Optional) Inject specialized mac80211 software patches manually wget http://patches.aircrack-ng.org/mac80211.compat08082009.wl_frag+ack_v1.patch patch -p1 < mac80211.compat08082009.wl_frag+ack_v1.patch # Select the target driver family to optimize compilation times ./scripts/driver-select rtl8187 # Compile the kernel modules and install to system binaries make sudo make install # Unload conflicting stock drivers and launch the new kernel configuration sudo make unload sudo modprobe rtl8187 Use code with caution.
The package is a legendary software release in the penetration testing and ethical hacking communities. Historically used to enable packet injection, monitor mode, and standard wireless functionality across complex or unsupported Wi-Fi chipsets, this specific driver snapshot bridges legacy networking hardware with Linux environments. Before compiling and injecting the newly patched modules,
: If the system fails to discover networks, completely purge the module states using sudo make unload followed by a hard system reboot.
To understand the significance of the ptar patch, one must first understand the compat-wireless project (which eventually evolved into compat-drivers and later backports ).
But compat-wireless wasn't just about stability. It was also the playground for developers trying to patch drivers for injection—a capability that standard kernel drivers often blocked or broke due to regulatory restrictions. EchoPulse, now a legend in their own right,
compat-wireless-2010-06-26-p.tar.bz2 package was a popular driver set used by security researchers to enable "monitor mode" and "packet injection" on wireless cards that didn't natively support them in older Linux distributions like Kali Linux (BackTrack).
airmon-ng start wlan0
(now known as backports) was a project designed to bring the latest wireless drivers from the Linux kernel development tree to older, stable kernels. This allowed users with new hardware to utilize it without having to upgrade their entire OS kernel.
In 2010, a common and frustrating bug plagued many drivers. When a user ran airmon-ng start wlan0 to enable monitor mode, the interface would be set, but tools like airodump-ng would often report that the interface was on channel instead of a valid channel like 1, 6, or 11. This "channel -1" bug effectively broke monitoring and injection, rendering the wireless card useless for auditing.