Kamchatkan fleet built.

The I.L. sent reinforcements with their new army to fight the aliens on the front lines.

Non-Stick cookware has been reinvented!

And MRE's are still being used as biochemical weapons by the R.L.

1)Kamchatka manages to fend off an alien invasion force. With only 300 loses, the KLM semi-automatic photon gun proved a success. (KLM resembles a dalek laser gun)

2)Population reaches over 3,000,000.

3)The fleet of 10,000 Stingship I's and IV's are launching in 2020. (I's are settlement, II's are battleships.)

Using the help of our new allies, we have achieved a basic understanding of the many alien alloys used by the Empire. Currently we have discovered 3 new alloys used by the aliens, but until we have a better understanding of how to manufacture them, we'll have to capture and scavenge them from downed alien ships and tanks:

-Älenüm (ee-lee-nium) is an alloy used mostly in reactors, due to its stunning ability to collect and maintain about the needed electricity needed for 10 averege A.H.C. apartment complexes, all in one decimetres of this stuff. When super-heated, it can also produce electricty by itself, but the ammount is miniscule and mostly insignificant.

-Drexon (dree-zon) is a hyper-flamable alloy that is probably the most sensitive explosive known to man and also one of the most explosive, 10 gramms of the stuff being able to cause an explosion about as big as 500kg of TNT. Due to its hyper-sensitivity, we have been unable to study it more without our labs blowing up.

-Vyntin (veen-teen) is an electrical compound that is found to have organic material in it, symbolizing less of a industrially-built machine and more of a piece of organic tissue, with what looks like nerve connections, 'blood' vessels and other materials. It was thought that we have dug up an old corpse, until the alloy started sending electrical signals on its own, leaving us thinking that the aliens may be using half-alive materials on their ships and tanks, leading to a cheaper (and scarier) alternative to an A.I.

We will discover the manufacturing of these alloys by 2014:12

@Lord_Bowserinator

What rules? Which ones are we breaking?

RNN has discovered yet another alloy, slightly less tough than detonitamen but is cheaper than detonitamen. It is called Uzbronium. Uzbronium also has the highest and most achievable superconductivity point and the highest melting point - approximately 4005C.

Since beginning of time, mankind tried making the most huge, heavy duty, biggest weapons to intimidate their enemies. Fortunately, RNN has decided to instead of making bigger and bigger weapons, to make smaller, more portable arsenals. As an example, we made our machine guns more handy (in a P-90 sort of way) and in the process we managed to make it have high penetration ammunition and higher firing frequency. Another example is our tanks. Of course, we didn't halt to stop making big tanks, but we started to make new 'Tank Rovers'. They're  smaller than a T-90 (so quite small) and if you can't imagine it, think of a backhoe but instead of the metal arm it has a 130 mm saber gun and 2 MG turrets. It can travel up to 100 miles per hour due to its tracks having low surface area. This also made it cheaper to sustain our army, make more weaponry and equipment and give our soldiers higher wages.

Iota-2 is almost complete. We just have to place it in a bomb frame. 2015:01

Since A.H.C. citizens were never meant to fight and generarly really suck at it unless undergoing training for months and being given brand-new weaponry, screw that. Using their advanced A.I. technology (the finest in the world, not to brag) A.H. engineers have begun creating independent, free-thinking battle droids. They are programmed not to attack A.H. citizens, of course, so a Terminator-style robot uprising is our least concern. The battle-droids weigh about 70 kgs and are about 2 meters tall, made out of a durable titanium alloy casing, protecting a fragile interior made of ordinary computer parts and other machinery and also vyntin circuits, rendering it protected from EMP pulses, since the semi-alive compounds will keep it working and slowly help rebuild and replace the broken electrical ones. Each droid carries a small missile pack on its back, capable of launching 2 drexon missiles, a plasma turret on the right 'arm' and a älenüm reactor supplying lots of power. They are being mass-produced in the areas of Frankfurt and Rome and we expect to have 6000 droids by 2015:04.

A.H. aircraft are also undergoing major redesigns. Engineers have created the 'Aurora mk2' fighter plane. It is capable of going at speeds up to MACH-5 without any major discomfort to the pilot, carry 2 plasma turrets and 4 drexon missiles, in some situation the 4 drexon heat-seekers can be replaced with 6 ordinary drexon bombs.

The Federation, despite major differences with the RNN (mostly political differences, since the Federation is strictly fascist and the RNN is nalanist) has agreed to begin sending aid to them as well, albeit in smaller numbers than with the A.H.C.. 23,000 Federation troops enter the RNN and begin helping fight off the alien advance.

2015:02

Iota-2 is complete. 2 prototypes have had been worked on simultaneously to save time. Remotely Guided Tesla Weaponry has been re-invented and reinstalled on thousands of military equipment.

We are trying to develop new 'LRADs' (Long Range Acoustic Device). It is a plate about 1 meter in diameter with smaller cells which emit powerful waves of sound. These individual cells don't produce very loud sound, but using an oscilloscope we have shown that sound waves emitted rarefaction to rarefaction, compression to compression, can create a huge, superloud sound blast. Anything over 20 miles can hear it as if the target was standing in the path of a rocket engine. We discovered that we miscalculated Uzbronium's superconductivity point and it turns out it has the lowest, making it suitable for armour plating especially around RGTWs.

RNN tried considering resuming the DNM project, but instead of making DNM we decided to make degenarate electron matter, slightly less dense, but much safer.

2015:03

RNN finally launches Iota-2 onto south America to devastate the alien territory. However, the missile landed a bit more to the north region of south America, causing to slightly decrease the impact going into their territory. Yes, it did in fact blow many important places apart successfully, but we are still yet to finish them off. The explosion, on the other hand was so massive that some of the mushroom cloud actually escaped the atmosphere itself! That's what happens when you try to make a 100 megaton bomb and you succeed.

A large bunker system is constructed from the Ural mounatins to Syberia, counting as RNN's largest bunker network yet. Of course, it is constructed in the same concentric design but with thicker walls with collateral layers of Uzbronium and Detonitamen. The doors were made in such a way that no enemy could enter, no matter how much they try (except if they are dumb enough to try and blast it open with a nuke or something like that, which would spoil everything).

Anti-matter nozzles will be reformed onto the saber gun projectiles in 2015:06

2015:05